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Analog Heating Magnetic Stirrer Amaris Medical

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Analog Heating Magnetic Stirrer(MS-H-S)

Analog Heating Magnetic Stirrer is a robust, TÜV‑certified benchtop instrument engineered for accurate, safe, and economical heating and simultaneous stirring in clinical diagnostics, pharmaceutical quality control, analytical chemistry, and academic research laboratories worldwide. Featuring a 5‑inch (φ135 mm) round, ceramic‑coated stainless steel work plate, this analog hotplate stirrer delivers a heating range of room temperature +5 °C to 340 °C and a stepless stirring speed range of 100 to 1500 rpm with a maximum stirring capacity of 20 litres of water.

Every Analog Heating Magnetic Stirrer is individually factory‑calibrated and supplied with a calibration certificate traceable to international standards. The maintenance‑free, spark‑free DC brushless motor provides consistent, quiet agitation without routine upkeep, and the ceramic‑coated stainless steel work plate resists strong acids, strong alkalis, and organic solvents, offering rapid, uniform heating without localised hot spots. Two independent, intuitive analog control knobs (dual rotary knobs) allow simple, direct control over temperature and speed, and the integrated operation indicator light confirms heating status at a glance.

Key user‑focused features for clinical and QC workflows include a large 20‑litre stirring capacity – ideal for bulk buffer and reagent preparation; a 500 W heating system enabling rapid temperature ramp‑up to 340 °C; and independent control of heating and stirring, allowing the unit to be used as a hotplate‑only, stirrer‑only, or combined hotplate stirrer.

Safety is a priority with TÜV certification (CE, cTUVus, FCC), an independent safety circuit providing over‑temperature protection (420 °C hardware cutoff), an independent residual heat warning indicator (“HOT” flashes on the control panel at >50 °C and continues even after the unit is turned off if still connected to mains, until the plate is safe to touch), and an IP42‑rated housing offering robust dust‑ and water‑splashing protection – an upgrade over basic IP21 designs, making the Analog Heating Magnetic Stirrer well suited to busy clinical, QC, and teaching labs where spills and splashes are routine.

With a compact footprint (160 × 280 mm), moderate weight (2.8 kg), and universal power supply (100–240 V, 50/60 Hz), the MS‑H‑S occupies minimal bench space while delivering reliable performance suitable for a wide range of clinical and research workflows. The instrument is backed by a 2‑year manufacturer’s warranty and is supported by a global distributor network.

For the clinical laboratory scientist, pharmaceutical QC technician, and teaching laboratory instructor, the Analog Heating Magnetic Stirrer delivers the reliable, large‑capacity, and simple‑to‑operate heating and stirring required for routine buffer preparation, media processing, staining solution mixing, and any general‑purpose heating or stir‑only task where an economical and durable analog hotplate stirrer up to 340 °C is needed. For the patient, the reliable performance of this TÜV‑certified instrument ensures that diagnostic reagents and quality control samples are prepared consistently and cost‑effectively, supporting accurate routine diagnostics, efficient laboratory operations, and patient safety.

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LED Digital Rotary Evaporator (RE100-S) Amaris Medical

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Industrial Digital Rotary Evaporator (RE200-Pro 20L)

The Industrial Digital Rotary Evaporator (RE200-Pro 20L) is a large-scale, industrial-grade distillation system designed for efficient and gentle removal of solvents from samples by evaporation under reduced pressure for pilot production and biopharmaceutical manufacturing . Featuring a 20L evaporating flask capacity, 4.0 L/h evaporation rate, and 4400W heating power (water/oil bath up to 180°C), this industrial unit provides precise temperature (PID control, water: ±1°C, oil: ±3°C), rotation speed (10-150 rpm), and timer (0-999 minutes) control for large-volume processing .

Key features include a large LCD digital display for real-time monitoring, one-click automatic motorized lift with 180mm stroke for smooth and silent operation, and a two-section vertical triple coil condenser with large cooling surface area (approximately 1.2 m²) for high-efficiency sample recovery . The heating bath features switchable water/oil heating modes, corrosion-resistant stainless steel construction, and special insulation design that keeps outer surface temperature much lower than inner pot temperature to prevent burns . The double-layer modified PTFE high-elasticity sealing ring provides ultra-strong sealing performance, high temperature resistance, and corrosion resistance for extended service life . The switch valve enables continuous collection of distillate without compromising system vacuum or solvent distillation, significantly increasing throughput for industrial applications .

For the bioprocess engineer and pharmaceutical manufacturing scientist, the Industrial Digital Rotary Evaporator (RE200-Pro 20L) supports large-scale concentration of bioreactor harvests, purification of bulk active pharmaceutical ingredients (APIs), solvent recovery from pilot production runs, industrial natural product extraction for nutraceutical manufacturing, high-volume solvent recovery for waste reduction, and large-scale concentration for cosmetics and food industry production . Safety features include overheating protection (220°C cutoff), boil-dry protection (auto power-off if bath empty), motor over-current protection, earth-leakage protection, lifting overload protection, and high-temperature warning above 50°C .

Corrosion-resistant stainless steel construction, 180mm motorized lift for user safety, heating bath insulation to prevent burns, PTFE sealing system for chemical resistance, and optional explosion-proof glassware ensure safe, reliable operation for industrial manufacturing . With a large footprint (1160 × 600 × 1860mm) and 106kg weight , the Industrial Digital Rotary Evaporator (RE200-Pro 20L) is an essential instrument for pharmaceutical manufacturing, bioprocessing, chemical production, cosmetics manufacturing, food industry quality control, and pilot plant operations .

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Short Deck Rocking Rotator (SK-R30S-E)

The Short Deck Rocking Rotator is a compact short-deck single-layer rocking rotator featuring adjustable speed control (0-30 rpm), fixed 40° tilt angle, continuous operation mode, and a maintenance-free brushless DC motor, designed for gentle, uniform mixing of blood tubes, serology specimens, and molecular biology samples in space-constrained clinical diagnostic and research laboratories .

Key features include a short deck (235mm length) that accommodates up to 8 × 5-10mL blood collection tubes, 4 × 50mL centrifuge tubes, or 10 × 15mL centrifuge tubes using interchangeable silicone mattresses, fixed 40° ± 3° rocking motion for gentle, thorough mixing, continuous operation mode for extended use, analog speed control (0-30 rpm) with On/Off switch and indicator light, and a maintenance-free brushless DC motor for quiet, reliable operation . The unit's compact footprint (235 × 160 × 130 mm) and lightweight design (1.9 kg) allow easy benchtop placement in space-constrained laboratories .

The Short Deck Rocking Rotator accommodates a variety of tube formats via interchangeable silicone mattress accessories (8-position for 5-10mL blood tubes, 4-position for 50mL tubes, 10-position for 15mL tubes), with universal voltage (100-240V, 50/60Hz) enabling use in laboratories worldwide without voltage conversion . The cold room and incubator compatibility (5-40°C operating temperature, ≤80% RH) allows sample mixing under controlled temperature conditions for temperature-sensitive applications .

For the clinical laboratory scientist and phlebotomist, the SK-R30S-E ensures gentle, thorough mixing of blood samples after collection—preventing clot formation, platelet activation, and hemolysis that could compromise complete blood count (CBC) and coagulation study (PT/PTT) results . For the immunology technologist, it supports RPR and VDRL serological testing for infectious diseases (HIV, syphilis, hepatitis) . For the molecular biologist, it facilitates gentle mixing of DNA, RNA, and protein samples for PCR and sequencing workflows .

Universal voltage (100-240V, 50/60Hz) enables use in laboratories worldwide without voltage conversion . The silicone mattresses provide secure tube retention and are easy to clean and decontaminate between sample batches .

For the patient undergoing coagulation monitoring (warfarin, heparin), complete blood count (CBC), serological testing for infectious diseases, or molecular diagnostic testing, the SK-R30S-E's gentle rocking motion ensures accurate test results that guide appropriate treatment decisions—preventing false-negative or false-positive results due to improper sample mixing, clot formation, or platelet activation .

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7″ Square Magnetic Stirrer (MS7‑S)

The DLAB 7″ Square Magnetic Stirrer (MS7‑S) is a reliable, economical benchtop instrument engineered for efficient, reproducible mixing in clinical diagnostics, pharmaceutical quality control, microbiology, and general research laboratories. Featuring a large 7‑inch (184×184 mm) square glass ceramic work plate, this stirrer provides a maximum stirring capacity of 10 liters and a stepless speed range of 0 to 1500 rpm, making it ideal for preparing buffers and reagents, dissolving powdered media, and homogenizing samples for a wide variety of diagnostic and research applications.

Every 7″ Square Magnetic Stirrer (MS7‑S) is constructed with a chemical‑resistant glass ceramic work plate that withstands strong acids, strong alkalis, and organic solvents, ensuring long‑term durability and easy cleaning. The robust shaded‑pole AC motor (15 W input, 1.5 W output) provides quiet, vibration‑free operation suitable for continuous daily use. The universal 100–240 V, 50/60 Hz power supply allows direct use in laboratories worldwide without voltage conversion.

Key user‑focused features include stepless analog speed control via a single rotary knob with a clear graduated scale for reproducible speed selection, a large 10‑liter stirring capacity suitable for batch preparation of bulk reagents and quality control materials, and support for stirring bars up to 80 mm in length for powerful magnetic coupling even with viscous solutions. The IP21‑rated powder‑coated metal housing provides protection against solid foreign objects and vertically falling water drops, while the non‑slip rubber feet ensure stability during high‑speed stirring.

For the clinical laboratory scientist, pharmaceutical QC analyst, and water quality technician, the 7″ Square Magnetic Stirrer (MS7‑S) delivers the large‑capacity, chemical‑resistant, and reliable stirring required for routine reagent preparation, buffer mixing, dissolution media preparation, and sample homogenization. For the patient, consistent and accurate mixing of reagents, buffers, and diagnostic samples directly supports reliable test results, safe pharmaceutical products, and effective clinical decision‑making.

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BioChem FC-120 Automated Chemistry Analyzer

The BioChem FC-120 Automated Chemistry Analyzer is a fully automated, random access benchtop clinical chemistry analyzer designed for small to medium-volume laboratories, community hospitals, district hospitals, and reference laboratories in emerging healthcare markets . Operating at 100 tests per hour with random access capability and STAT priority function, this open reagent system delivers photometric analysis using 8 interference filters (340-670nm) and disposable cuvette technology (90 cuvettes, 9 strips of 10) that eliminates washing maintenance and cross-contamination concerns .

The analyzer features an all-in-one design with built-in 10.4-inch color touchscreen, integrated computer, thermal printer, and 100,000 test result memory . The 42-position sample rotor and 26-position reagent rotor accept primary tubes, secondary tubes, sample cups, and any commercial reagents, with liquid level detection and collision protection for safe, automatic operation . Bi-directional LIS connectivity supports seamless electronic medical record integration .

For the clinical laboratory scientist and pathologist, the BioChem FC-120 delivers accurate measurement of liver function (ALT, AST, ALP, GGT, bilirubin, total protein, albumin), renal function (urea, creatinine, uric acid), lipid profiles (total cholesterol, triglycerides, HDL, LDL, VLDL, apolipoproteins), cardiac biomarkers (CK, CK-MB, LDH, myoglobin), diabetes markers (glucose, HbA1c), inflammatory markers (CRP, RF, ASO, immunoglobulins), iron studies (iron, TIBC, ferritin), electrolytes (calcium, magnesium, phosphorus), and tumor markers (AFP) . For the patient, rapid, accurate chemistry results enable early diagnosis of hepatitis, cirrhosis, chronic kidney disease, diabetes, hyperlipidemia, pancreatitis, myocardial infarction, and inflammatory disorders—guiding appropriate medical therapy and preventing disease progression and complications.

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BioChem FC-200 Automated Chemistry Analyzer

The BioChem FC-200 Automated Chemistry Analyzer is a fully automated, random access benchtop clinical chemistry analyzer designed for mid-volume laboratories in emerging healthcare markets including district hospitals, regional reference laboratories, and facilities transitioning from semi-automated methods . Operating at up to 240 tests per hour with random access capability and STAT priority function , this open reagent system delivers photometric analysis using 8 interference filters (340-670nm) and disposable cuvette technology (81 cuvettes, 9 strips of 9) that eliminates washing maintenance and cross-contamination concerns .

The analyzer features 40 sample positions, 40 refrigerated reagent positions with continuous 24-hour cooling , sample volume 3-45µL , reaction volume 180-500µL , and independent mechanical mixing . The optical system includes a 12V 20W halogen lamp with 5mm optical path length, absorbance range 0.0-3.5Abs, and resolution 0.0001Abs . Temperature control maintains 37°C (±0.1°C) stability . Calibration modes include factor, linear (one-point, multi-point), and non-linear (Logistic-Log 4P/5P, Exponential 5P, Polynomial 5P, Parabola, Spline) . Quality control features Levey-Jennings charting with Westgard multi-rules .

The system connects to an external PC (Windows XP or higher) via RS-232 or RS-232-to-USB with bi-directional LIS interface for electronic medical record integration . Languages include English, Spanish, Russian, and Ukrainian . Power requirements are 220VAC, 50/60Hz, 1500VA . The unit measures 810 x 1150 mm (W x H) and weighs 145 kg . Water consumption is ≤3 liters/hour .

For the clinical laboratory scientist and pathologist in district hospitals, the BioChem FC-200 delivers accurate measurement of liver function (ALT, AST, ALP, GGT, bilirubin, total protein, albumin), renal function (urea, creatinine, uric acid), lipid profiles (total cholesterol, triglycerides, HDL, LDL, VLDL), cardiac biomarkers (CK, CK-MB, LDH), diabetes markers (glucose), inflammatory markers (CRP, RF, immunoglobulins), and iron studies (iron, TIBC, ferritin). For the patient, rapid, high-volume chemistry results enable early diagnosis of hepatitis, cirrhosis, chronic kidney disease, diabetes, hyperlipidemia, pancreatitis, and myocardial infarction—guiding appropriate medical therapy and preventing disease progression and complications, particularly in emerging healthcare markets where laboratory automation was previously unavailable .

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BioChem SA Semi Automated Chemistry Analyzer

The BioChem SA Semi Automated Chemistry Analyzer is a compact, semi-automated benchtop clinical chemistry system designed for low to medium-volume clinical laboratories, physician office labs (POLs), and small hospital laboratories . The analyzer performs colorimetric and kinetic analysis of patient samples (serum, plasma, whole blood, urine) using endpoint, kinetic, fixed-time, absorbance, monochromatic, and bichromatic assay types .

The optical system features a 6V 10W halogen lamp with 2000-hour lifespan, 7 standard filters (340, 405, 492, 510, 546, 578, 630nm with ±2nm accuracy), and a quartz glass flow cell (32µL, 10mm optical path) with 0.0001Abs resolution and <1.0% precision . The 37°C incubator with 10 round wells maintains temperature stability of ±0.1°C .

The analyzer features a 7 inch color LCD touchscreen interface , 80 user-defined programmable test profiles , internal storage for 100,000 patient results , internal thermal printer, RS-232 connectivity , and Levy-Jennings quality control with automatic statistical analysis . Calibration options include factor, one-point linear, and multi-point linear modes .

For the clinical laboratory scientist and pathologist, the BioChem SA provides reliable, entry-level chemistry testing for liver function (ALT, AST, ALP, bilirubin, total protein, albumin), renal function (BUN, creatinine, uric acid), lipid profiles (cholesterol, triglycerides, HDL, LDL), pancreatic enzymes (amylase, lipase), and glucose . For the patient, accurate chemistry results enable diagnosis of hepatitis, cirrhosis, chronic kidney disease, diabetes, hyperlipidemia, pancreatitis, and cardiovascular disease, guiding appropriate medical therapy and lifestyle interventions.

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Bluetooth Pen Meter (DEC1+)Amaris Medical

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Cellular Magnetic Stirrer (MS‑C‑S1)

The Cellular Magnetic Stirrer (MS‑C‑S1), Single Channel, is a dedicated, low‑speed magnetic stirrer engineered to provide gentle, protective mixing for sensitive cell cultures in clinical, biopharmaceutical, and research laboratories. With a speed range of 5–200 rpm (adjustable in 1 rpm increments) and a maximum stirring capacity of 3 litres, this instrument is optimised to maintain cell viability and to support the homogeneous distribution of nutrients and gases, even during extended culture periods.

Every Cellular Magnetic Stirrer (MS‑C‑S1) is factory‑calibrated and supplied with an individual performance certificate. The stepper motor delivers high torque even at the lowest speeds, ensuring smooth, reliable stirring without compromising cell integrity. The cast‑aluminium work plate supports straightforward cleaning and resists corrosive reagents. The LED digital display provides immediate visual feedback of the actual stirring speed, while the programmable timer (0–49 min 59 sec) and multiple operational modes (constant, cyclic, dual‑speed) allow the system to be tailored to a wide variety of culture and protocol requirements.

Key user‑focused features for cell culture applications include low‑speed, high‑torque operation to minimise shear stress; smooth start/stop ramping to prevent sudden agitation that could detach cells; and a compact, low‑profile chassis (250 × 205 × 90 mm) that is fully compatible with use inside standard CO₂ incubators, warm rooms, and cold rooms. An RS232 data interface enables remote monitoring, direct PC control, and comprehensive data logging, supporting GLP compliance and full experiment documentation. The instrument meets international safety standards (CE, cTUVus) and comes with a 2‑year manufacturer’s warranty.

For the clinical cell culture scientist, bioprocessing specialist, and cancer researcher, the Cellular Magnetic Stirrer (MS‑C‑S1) delivers the gentle, reproducible, and incubator‑compatible stirring required for the successful maintenance of suspension cells, the expansion of microcarrier‑based cultures, and the reliable production of cell‑based diagnostic and therapeutic products. For the patient receiving advanced cell‑based therapies, this instrument helps ensure that the cells are cultured under optimal, gentle conditions and are consistently of high quality, directly supporting safer, more effective treatments.

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Cellular Magnetic Stirrer, 4‑Channel (MS‑C‑S4)

The Cellular Magnetic Stirrer, 4‑Channel (MS‑C‑S4), is a dedicated, low‑speed magnetic stirrer engineered to provide gentle, protective, parallel mixing for up to four independent cell cultures in clinical, biopharmaceutical, and research laboratories. With a speed range of 5–200 rpm (adjustable in 1 rpm increments) and a maximum stirring capacity of 3 litres per channel (12 litres total), this instrument is optimised to maintain cell viability and support homogeneous distribution of nutrients and gases across multiple vessels simultaneously, even during extended culture periods.

Every Cellular Magnetic Stirrer, 4‑Channel (MS‑C‑S4) is factory‑calibrated and supplied with an individual performance certificate. The stepper motor delivers high torque even at the lowest speeds, ensuring smooth, reliable stirring across all four positions without compromising cell integrity. Each of the four cast‑aluminium work plates (φ105 mm) is corrosion‑resistant, water‑shedding, and easy to clean. The LED digital display provides immediate visual feedback of the actual stirring speed, while the programmable timer (0–49 min 59 sec) and multiple operational modes (constant, cyclic, dual‑speed, mixed cycle) allow the system to be tailored to a wide variety of culture and protocol requirements across each channel.

Key user‑focused features for cell culture applications include low‑speed, high‑torque operation to minimise shear stress; smooth start/stop ramping to prevent sudden agitation that could detach cells; four independent channels with 190 mm centre spacing to accommodate standard vessels without cross‑interference; and a compact, low‑profile chassis (450×395×90 mm) that is fully compatible with use inside standard CO₂ incubators, warm rooms, and cold rooms (5–40 °C, ≤80 % RH). The non‑water‑accumulating surface and IP21‑rated housing protect against condensation and minor spills. An RS232 data interface enables remote monitoring, direct PC control, and comprehensive data logging across all four channels, supporting GLP compliance and full experiment documentation. The instrument meets international safety standards (CE) and is supplied with a calibration certificate.

For the clinical cell culture scientist, bioprocessing specialist, and cancer researcher, the Cellular Magnetic Stirrer, 4‑Channel (MS‑C‑S4) delivers the gentle, reproducible, and incubator‑compatible stirring required for the successful parallel maintenance of suspension cells, the expansion of microcarrier‑based cultures, and the reliable production of cell‑based diagnostic and therapeutic products across multiple channels simultaneously. For the patient receiving advanced cell‑based therapies, this instrument helps ensure that cells are cultured under optimal, gentle conditions and are consistently of high quality, directly supporting safer, more effective treatments.

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Channel LCD Digital Magnetic Stirrer Amaris Medical

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Channel LCD Digital Magnetic Stirrer (MS-M-S 44)

The Channel LCD Digital Magnetic Stirrer is a high‑throughput, non‑heating benchtop instrument engineered for the independent, reproducible stirring of up to four samples simultaneously in clinical diagnostics, pharmaceutical quality control, analytical chemistry, and academic research laboratories. Featuring four independent 5‑inch (Ø134 mm) ceramic‑coated aluminum work plates, this stirrer provides a speed range of 200 to 1500 rpm (1 rpm resolution) per channel, with a maximum stirring capacity of 3 liters of water per channel (12 liters total).

Every Channel LCD Digital Magnetic Stirrer is equipped with four independent high‑contrast LCD digital displays, one per channel, showing the actual stirring speed in real time. The four maintenance‑free, spark‑free brushless DC motors provide stable torque, ultra‑quiet operation, and long‑term reliability without routine maintenance. The ceramic‑coated aluminum work plates resist strong acids, strong alkalis, and organic solvents, ensuring chemical durability and easy cleaning. Four independent control panels allow each channel to be started, stopped, and adjusted to a different speed without cross‑interference.

Key user‑focused features include true independent parallel stirring, a compact space‑saving design (701 × 265 mm footprint) that integrates four stirring positions into a single instrument, and an IP21‑rated metal housing for basic splash and dust protection. The universal power supply (100–240 V, 50/60 Hz) allows worldwide use without voltage converters.

For the clinical laboratory scientist, pharmaceutical QC technician, and research scientist, the MS‑M‑S4 delivers the independent, high‑throughput stirring required for parallel clinical sample mixing, buffer and standard preparation, environmental sample homogenization, and educational laboratory demonstrations. For the patient, the reliable, reproducible performance of this instrument ensures that diagnostic reagents, quality control materials, and research samples are prepared consistently and efficiently, directly supporting accurate diagnostic outcomes and patient safety.

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Channel LCD Digital Magnetic Stirrer (MS-M-S4 4)

The Channel LCD Digital Magnetic Stirrer is a high‑throughput, non‑heating benchtop instrument engineered for the independent, reproducible stirring of up to four samples simultaneously in clinical diagnostics, pharmaceutical quality control, analytical chemistry, and academic research laboratories. Featuring four independent 5‑inch (Ø134 mm) ceramic‑coated aluminum work plates, this stirrer provides a speed range of 200 to 1500 rpm (1 rpm resolution) per channel, with a maximum stirring capacity of 3 liters of water per channel (12 liters total).

Every Channel LCD Digital Magnetic Stirrer is equipped with four independent high‑contrast LCD digital displays, one per channel, showing the actual stirring speed in real time. The four maintenance‑free, spark‑free brushless DC motors provide stable torque, ultra‑quiet operation, and long‑term reliability without routine maintenance. The ceramic‑coated aluminum work plates resist strong acids, strong alkalis, and organic solvents, ensuring chemical durability and easy cleaning. Four independent control panels allow each channel to be started, stopped, and adjusted to a different speed without cross‑interference.

Key user‑focused features include true independent parallel stirring, a compact space‑saving design (701 × 265 mm footprint) that integrates four stirring positions into a single instrument, and an IP21‑rated metal housing for basic splash and dust protection. The universal power supply (100–240 V, 50/60 Hz) allows worldwide use without voltage converters.

For the clinical laboratory scientist, pharmaceutical QC technician, and research scientist, the MS‑M‑S4 delivers the independent, high‑throughput stirring required for parallel clinical sample mixing, buffer and standard preparation, environmental sample homogenization, and educational laboratory demonstrations. For the patient, the reliable, reproducible performance of this instrument ensures that diagnostic reagents, quality control materials, and research samples are prepared consistently and efficiently, directly supporting accurate diagnostic outcomes and patient safety.

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Channel LCD Digital Magnetic Stirrer(MS‑M‑S6 6)

The MS‑M‑S6 6‑Channel LCD Digital Magnetic Stirrer is a high‑throughput, non‑heating benchtop instrument engineered for the independent, reproducible stirring of up to six samples simultaneously in clinical diagnostics, pharmaceutical quality control, analytical chemistry, and academic research laboratories. Featuring six independent 5‑inch (Ø134 mm) ceramic‑coated aluminum work plates, this stirrer provides a speed range of 200 to 1500 rpm (1 rpm resolution) per channel, with a maximum stirring capacity of 3 liters of water per channel (18 liters total).

Every MS‑M‑S6 is equipped with six independent high‑contrast LCD digital displays, one per channel, showing the actual stirring speed in real time. The six maintenance‑free, spark‑free brushless DC motors provide stable torque, ultra‑quiet operation, and long‑term reliability without routine maintenance. The ceramic‑coated aluminum work plates resist strong acids, strong alkalis, and organic solvents, ensuring chemical durability and easy cleaning. Six independent control panels allow each channel to be started, stopped, and adjusted to a different speed without cross‑interference. The white ceramic surface provides clear contrast for observing titrations and color changes.

Key user‑focused features include true independent parallel stirring, a compact space‑saving design (564 × 523 mm footprint, 12.7 kg) that integrates six stirring positions into a single instrument – dramatically reducing bench space compared to six separate single‑channel units– and an IP21‑rated metal housing for basic splash and dust protection. The universal power supply (100–240 V, 50/60 Hz) allows worldwide use without voltage converters. The instrument is TÜV‑certified (CE, cTUVus, FCC) and manufactured under ISO 9001 and ISO 13485 quality management systems.

For the clinical laboratory scientist, pharmaceutical QC technician, and research scientist, the MS‑M‑S6 delivers the independent, high‑throughput stirring required for parallel clinical sample mixing, buffer and standard preparation, environmental sample homogenization, Kjeldahl nitrogen determination, Soxhlet extraction, and educational laboratory demonstrations. For the patient, the reliable, reproducible performance of this instrument ensures that diagnostic reagents, quality control materials, and research samples are prepared consistently and efficiently across up to six channels simultaneously, directly supporting accurate diagnostic outcomes and patient safety.

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Chemistry-design diaphragm pump (C410)

The Chemistry-design diaphragm pump (C410) is a chemically-resistant, oil-free vacuum pump engineered for continuous operation in pharmaceutical, chemical, and clinical laboratories . Featuring PTFE-coated diaphragms and wetted parts (providing exceptional resistance to aggressive acidic, basic, and solvent vapors) and a maintenance-free, oil-free mechanism (eliminating regular oil changes and waste disposal) , this pump delivers stable vacuum performance down to 13 mbar absolute with flow rates ranging from 5-25 L/min depending on vacuum level .

The double-stage pump operates at 1450 rpm with a 95W motor, producing ≤50 dB noise level for quiet laboratory environments . Integrated thermal protection automatically shuts off the pump during overheating events and restarts when cooled, ensuring operational safety . The compact 8.5 kg design (294 x 156 x 195 mm) with 8mm nozzle connection integrates seamlessly with rotary evaporators, filtration manifolds, and vacuum distillation apparatus .

For the clinical laboratory scientist and pharmaceutical researcher, the Chemistry-design diaphragm pump (C410) powers rotary evaporation for drug discovery and solvent recovery , supports vacuum filtration for clinical sample preparation, enables concentration of heat-sensitive biomolecules, and serves as an environmentally-friendly substitute for water-jet pumps . For the patient and community, efficient laboratory workflows accelerate pharmaceutical development timelines, while reduced solvent waste and water conservation support sustainable healthcare practices .

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Coagulation Analyzer (TS4000)

The Coagulation Analyzer (TS4000) is a semi-automated, 4-channel benchtop coagulation analyzer using dual magnetic bead (electromechanical) clot detection technology to measure PT (prothrombin time), APTT (activated partial thromboplastin time), TT (thrombin time), and FIB (fibrinogen) in citrated plasma and whole blood samples . With a test range of 3-999 seconds, repeatability of <3% CV, and 4 channels for simultaneous testing , the analyzer delivers rapid, reliable coagulation profiles for preoperative risk assessment, anticoagulant therapy monitoring, and bleeding disorder diagnosis .

The Coagulation Analyzer (TS4000) features a 240×128 dot matrix LCD display, built-in thermal printer, 16 sample pre-warming positions, 5 reagent pre-warming positions (1 with stirring) , open reagent system compatible with any manufacturer's reagents, and electronic linked pipette with auto-start trigger for hands-free operation . Calibration curve storage for up to 18 parameters (5 points each) , 12-month QC data storage for PT, APTT, TT, FIB, RS-232 connectivity for LIS integration, and multi-unit result reporting (sec, %, g/L, mg/dL, IU/mL, %-INR, Ratio, Ratio-INR) ensure laboratory standards compliance .

For the anesthesiologist and hematologist, the Coagulation Analyzer (TS4000) delivers preoperative coagulation screening to identify high-risk surgical bleeding, INR monitoring for warfarin dose titration in atrial fibrillation and mechanical heart valve patients, APTT monitoring for heparin therapy, fibrinogen quantification for DIC diagnosis, and factor assays for inherited bleeding disorders (hemophilia A/B, factor deficiencies) . For the patient, accurate coagulation testing enables early detection of bleeding disorders before surgery, safe anticoagulation to prevent stroke and hemorrhage, diagnosis of DIC in critical illness, and appropriate factor replacement for hemophilia—preventing catastrophic bleeding, thrombotic complications, and improving survival across surgical, cardiac, and emergency care settings.

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Combination ORP probe

A Combination ORP Probe is an integrated electrochemistry sensor that combines both the platinum sensing electrode and Ag/AgCl reference electrode into a single probe body, designed for precise measurement of oxidation-reduction potential (ORP) in clinical diagnostic, blood bank, and research laboratory applications . ORP (also known as redox potential) measures the total oxidizing or reducing capability of a biological solution, providing information about the oxidative stress status and electrochemical balance of patient specimens .

The probe features a platinum band sensing element (for ORP measurement) and an Ag/AgCl reference system, with body materials available in epoxy for rugged general-purpose use, glass for chemical resistance in organic solvents, or PPS (polyphenylene sulfide) for super rugged industrial applications . The reference junction options include porous Teflon for general use, Sure-Flow for clogging prevention in dirty or viscous samples, and glass fiber or ceramic for high precision, with single-junction or double-junction designs . Select models (e.g., Triode series) integrate a built-in temperature sensor for automatic temperature compensation (ATC) . Response time is rapid, with stable readings achieved within 10-30 seconds .

For the clinical laboratory scientist and medical technologist, the combination ORP probe simplifies redox measurement of biological fluids including serum, plasma, urine, and blood products—eliminating the need for separate reference and sensing electrodes while reducing sample handling . For the clinical pathologist and researcher, ORP measurement of patient specimens may support the diagnosis, evaluation, and monitoring of conditions including trauma, viral infection, and suspected myocardial infarction, as well as assessment of oxidative stress and systemic inflammation . For the blood bank technologist, ORP measurement of stored blood components can help evaluate quality and storage-related oxidative changes .

Gel-filled (sealed) models require virtually no maintenance as there is no need to refill the reference chamber, while refillable models allow for extended service life . The probe's rugged epoxy body and Sure-Flow junction design is well-suited for dirty or viscous biological samples . Compatible with ORP meters accepting BNC connection, the combination ORP probe is an essential tool for clinical chemistry laboratories, blood banks, transfusion medicine services, and research facilities requiring accurate, reproducible ORP measurement for patient sample testing, quality control, and diagnostic applications .

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Conductivity Probe (DPH1-S)

The Conductivity Probe (DPH1-S) is a replacement combined pH/ORP electrode specifically designed for DLAB DPH1 pen-type pH/ORP meter and DPH1+ Bluetooth pen meter . The probe features a glass pH sensing bulb for precise pH measurement, an integrated thermistor for automatic temperature compensation (ATC), and a polycarbonate body that is resistant to many aqueous solutions but should avoid organic solvents such as carbon tetrachloride, trichloroethylene, tetrahydrofuran, toluene, xylene, and methyl ethyl ketone .

The Conductivity Probe (DPH1-S) enables the DPH1 and DPH1+ meters to measure pH (-2.00 to 16.00 pH, accuracy ±0.01 pH) , ORP (-1000.0 to +1000.0 mV, accuracy ±0.1 percent of full scale ±1 digit), and temperature (0 to 60 degrees Celsius, accuracy ±0.2 degrees Celsius) . When used with the compatible meters, the probe supports 1 to 3 point automatic pH calibration with buffer recognition and is compatible with CH, USA, and NIST standard buffer solutions for flexible calibration options . The probe shares the meter's IP67 dustproof and waterproof rating for reliable operation in harsh field environments .

The probe features a removable protective cover that prevents damage to the glass pH sensing bulb and facilitates easy cleaning . The probe is pre-installed in new DPH1 and DPH1+ meter kits and is available as a replacement part to extend instrument service life—electrode replacement rather than complete meter replacement . Replacement is straightforward for trained laboratory personnel, and the probe is a consumable item not covered under the instrument warranty .

For the clinical laboratory scientist, dialysis technician, and water quality specialist, the Conductivity Probe (DPH1-S) ensures continued, accurate pH and ORP monitoring of purified water systems, dialysis fluids, biological fluids, and pharmaceutical process water—critical parameters for ensuring patient safety during renal replacement therapy, diagnosing acid-base disorders, and supporting drug manufacturing.

For the patient, reliable replacement parts ensure continuous water quality monitoring in dialysis and pharmaceutical applications, preventing gaps in quality surveillance that could compromise patient safety. Accurate pH measurement of biological fluids supports early detection of metabolic disturbances, acid-base imbalances, and renal dysfunction, enabling timely clinical intervention.

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Constant Temperature Bath (TB-H240-V1)

The DLAB Constant Temperature Bath (TB-H240-V1) is a precision bench‑top instrument engineered for accurate, stable, and uniform heating in clinical diagnostics, pharmaceutical quality control, analytical chemistry, and academic research. Featuring a 1 L transparent glass bath (Ø150 × 100 mm), a heating range of 25–240 °C, ±0.5 °C temperature control accuracy, and a 0.1 °C temperature display resolution, this constant‑temperature bath provides an isothermal environment for water‑based or oil‑based heating applications.

Every Constant Temperature Bath (TB-H240-V1) is equipped with an intelligent PID temperature controller, a high‑efficiency heating element (350 W heating power, 360 W total power), a PT1000 external temperature sensor port (±0.2 °C accuracy), and a remote-control panel (detachable up to 1 m cable length) for safe operation in fume hoods and confined spaces. The borosilicate glass bath allows direct observation of samples without disturbing the experiment, while the protective guard prevents glassware from tipping and shields the user from the heating element.

Key user‑focused safety features include over‑temperature protection (280 °C cutoff), overcurrent protection, grounding protection, and a temperature self‑calibration function (user‑accessible). The IP21‑rated housing provides basic splash and dust protection. The unit is TÜV‑certified (CE, cTUVus, FCC), meets IEC/EN 61010‑1 safety standards for laboratory electrical equipment, and is manufactured under ISO 9001 and ISO 13485 quality management systems.

With a compact footprint (310 × 220 mm), a low weight (2.2 kg), and universal power supply (100–240 V, 50/60 Hz), the TB‑H240‑V1 is easy to integrate into any clinical or research bench‑top workflow. The instrument is backed by a 2‑year manufacturer’s warranty.

For the clinical laboratory scientist, pharmaceutical QC chemist, and research scientist, the Constant Temperature Bath (TB-H240-V1) delivers precise, stable, and observable heating required for ELISA incubation, coagulation testing, enzyme activity assays, sample digestion, dissolution testing, and general‑purpose medium heating. For the patient, the reliable performance of this constant‑temperature bath ensures that diagnostic tests and pharmaceutical products are accurate, reproducible and processed efficiently, directly supporting effective clinical decision‑making, appropriate treatment selection, and patient safety.

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Digital Dry Bath (HB120-S)

The Digital Dry Bath (HB120-S) is a compact benchtop dry thermostat with extended high-temperature capability up to 120°C, designed for specialized molecular biology applications, protein denaturation, and high-temperature diagnostic assay preparation in clinical and research laboratories . With a temperature range from room temperature +5°C to 120°C and temperature control accuracy of ±0.5°C, this dry bath provides consistent, uniform heating for protocols requiring temperatures above the standard 100°C boiling point .

The HB120-S features a microprocessor-controlled system with LED display for real-time temperature and time monitoring, an intuitive control knob for simple operation without complex menus, and interchangeable aluminum heating blocks compatible with various tube formats and sizes . The unit supports both timing mode (0 to 99 hours 59 minutes) and continuous operation mode, with built-in temperature self-calibration function for long-term accuracy .

For the molecular biologist and clinical laboratory scientist, the HB120-S supports complete heat inactivation of restriction enzymes and heat-labile enzymes (preventing interference with downstream diagnostic assays), protein denaturation for SDS-PAGE and Western blotting, DNA denaturation for GC-rich templates and challenging PCR protocols, and high-temperature sample preparation for specialized diagnostic workflows .

Safety features include over-temperature protection and an insulated lid that prevents heat loss and contamination . The extended temperature range (up to 120°C) enables specialized protocols requiring higher temperatures than standard dry baths, making the HB120-S an essential tool for reference laboratories and molecular diagnostics facilities.

For the patient undergoing specialized molecular testing, the HB120-S's extended temperature capability ensures complete enzyme inactivation, thorough DNA denaturation for challenging templates, and reliable high-temperature sample preparation—supporting accurate diagnostic results for complex genetic conditions, infectious diseases, and oncology testing .

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Digital Dry Bath (HB60-S)

The Digital Dry Bath (HB60-S) (LED Digital Dry Bath) is a compact, low-profile benchtop dry thermostat designed for precise temperature-controlled incubation in clinical diagnostic, molecular biology, and research laboratories . With a temperature range from room temperature +5°C to 60°C and five discrete temperature settings (25°C, 30°C, 37°C, 45°C, 60°C), this dry bath provides control accuracy of ±0.5°C and excellent temperature uniformity of ±0.3°C at 37°C .

The dual-purpose heating block accommodates up to 30 × 1.5/2.0 mL tubes or 8 × 5-10 mL tubes, offering flexibility for different sample volumes and tube formats . The LED display provides real-time monitoring of temperature and time, while the intuitive control knob allows easy operation without complex menus . The microprocessor-controlled unit supports both timing mode (0 to 99 hours 59 minutes) and continuous operation mode .

For the clinical laboratory scientist and medical technologist, the HB60-S supports enzyme-substrate reactions for biochemical tests and clinical chemistry, serum inactivation (56°C) for immunoassays and serological testing, DNA/RNA preparation for molecular diagnostics and PCR workflows, and sample warming and reagent thawing for diagnostic testing .

Safety features include over-temperature protection (80°C safety cut-off) and an insulated lid that prevents heat loss and contamination . The low-profile, space-saving design (175 × 290 × 85 mm) and lightweight construction (2.5 kg) minimize benchtop footprint while delivering reliable heating performance .

For the patient undergoing diagnostic testing for infectious diseases, autoimmune disorders, or genetic conditions, the HB60-S's precise temperature control ensures reliable enzyme reaction conditions, consistent DNA denaturation, and accurate sample preparation—supporting reliable test results that guide appropriate treatment decisions across clinical chemistry, molecular diagnostics, and research applications .

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Digital Dry Bath Dual Block (HB105-S2)

The Digital Dry Bath Dual Block (HB105-S2) is a dual-block benchtop dry thermostat designed for high-throughput, precise temperature-controlled incubation in clinical diagnostic, molecular biology, and research laboratories . With a temperature range from room temperature +5°C to 105°C and temperature control accuracy of ±0.5°C, this dry bath provides consistent, uniform heating across two independently controlled blocks .

The HB105-S2 features a microprocessor-controlled system with independent LED displays and control knobs for each block, allowing simultaneous processing of protocols requiring different incubation temperatures (e.g., 37°C for enzyme reactions on block one, 56°C for serum inactivation on block two, 95°C for DNA denaturation on either block as needed) . The dual-block design saves valuable bench space while doubling throughput compared to single-block units .

For the clinical laboratory scientist and medical technologist, the HB105-S2 supports enzyme-substrate reactions for biochemical tests and clinical chemistry, serum inactivation (56°C) for immunoassays and serological testing, DNA denaturation for nucleic acid amplification and PCR preparation, and sample warming and reagent thawing for diagnostic testing . The independent block operation allows concurrent processing of different assay types without cross-contamination or temperature interference .

Safety features include independent over-temperature protection for each block and insulated lids that prevent heat loss and contamination . Built-in temperature self-calibration ensures long-term accuracy for both blocks . For the patient undergoing diagnostic testing for infectious diseases, autoimmune disorders, or genetic conditions, the HB105-S2's high-throughput, precise temperature control ensures reliable enzyme reaction conditions, consistent DNA denaturation, and accurate sample preparation—supporting reliable test results that guide appropriate treatment decisions across clinical chemistry, molecular diagnostics, and research applications .

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Digital Dry Bath Dual Block (HB150-S2)

The Digital Dry BathDual Block (HB150-S2) is a compact benchtop dry thermostat with extended high-temperature capability up to 150°C and dual independent heating blocks, designed for high-throughput advanced molecular biology applications, thermostable enzyme inactivation, and high-temperature diagnostic assay preparation in clinical and research laboratories . With a temperature range from room temperature +5°C to 150°C and temperature control accuracy of ±0.3°C (25-90°C) and ±0.6°C (90-150°C), this dry bath provides consistent, uniform heating across two independently controlled blocks for protocols requiring extreme temperatures up to 150°C .

The HB150-S2 features a microprocessor-controlled system with independent LED displays and control knobs for each block, allowing simultaneous processing of protocols requiring different elevated temperatures (e.g., 95°C for DNA denaturation on block one, 120°C for thermostable enzyme inactivation on block two, 150°C for specialized high-temperature applications) . The dual independent block operation saves valuable bench space while doubling throughput compared to single-block units .

The unit accepts various optional interchangeable aluminum heating blocks for different tube formats including 0.2mL, 0.5mL, 1.5/2mL, 5mL, 15mL, and 50mL tubes . Each block has an independent heat-preserving lid that prevents contamination and ensures temperature stability . A sound reminder function alerts users when set temperature is reached and at run completion for each block .

For the molecular biologist and clinical laboratory scientist, the HB150-S2 supports complete heat inactivation of thermostable restriction enzymes and heat-labile enzymes (preventing interference with downstream diagnostic assays), protein denaturation for SDS-PAGE and Western blotting at elevated temperatures, DNA denaturation for GC-rich templates and challenging PCR protocols, and high-throughput sample preparation for specialized diagnostic workflows .

For the patient undergoing specialized molecular testing, the HB150-S2's extended temperature capability (up to 150°C) combined with independent dual-block operation ensures complete inactivation of even thermostable enzymes, thorough DNA denaturation for the most challenging templates, and efficient processing of diverse high-temperature protocols—supporting accurate diagnostic results for complex genetic conditions, infectious diseases, and oncology testing that require extreme temperature control with high-throughput capacity.

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Digital Dry Bath Single Block (HB150-S1)

The Digital Dry Bath Single Block (HB150-S1) is a compact benchtop dry thermostat with extended high-temperature capability up to 150°C, designed for advanced molecular biology applications, thermostable enzyme inactivation, and high-temperature diagnostic assay preparation in clinical and research laboratories . With a temperature range from room temperature +5°C to 150°C and temperature control accuracy of ±0.3°C (25-90°C) and ±0.6°C (90-150°C), this dry bath provides consistent, uniform heating for protocols requiring extreme temperatures up to 150°C—enabling specialized assays that cannot be performed on standard dry baths with lower maximum temperatures .

The HB150-S1 features a microprocessor-controlled system with LED display for real-time temperature and time monitoring, an intuitive control knob for simple operation without complex menus, and interchangeable aluminum heating blocks compatible with various tube formats including 0.2mL, 0.5mL, 1.5/2mL, 5mL, 15mL, and 50mL tubes . The unit supports both timing mode (0 to 99 hours 59 minutes) and continuous operation mode, with built-in overheating protection for equipment and sample safety .

Key advanced features include an external temperature sensor port (PT1000 compatible) for real-time sample temperature verification , USB interface for data export and quality record traceability , and a heat-preserving block lid that prevents contamination and ensures temperature stability . A sound reminder function alerts users when set temperature is reached and at run completion .

For the molecular biologist and clinical laboratory scientist, the HB150-S1 supports complete heat inactivation of thermostable restriction enzymes and heat-labile enzymes (preventing interference with downstream diagnostic assays), protein denaturation for SDS-PAGE and Western blotting at elevated temperatures, DNA denaturation for GC-rich templates and challenging PCR protocols, and high-temperature sample preparation with external temperature verification for quality assurance .

For the patient undergoing specialized molecular testing, the HB150-S1's extended temperature capability (up to 150°C) ensures complete inactivation of even thermostable enzymes, thorough DNA denaturation for the most challenging templates, and reliable high-temperature sample preparation with documented temperature verification—supporting accurate diagnostic results for complex genetic conditions, infectious diseases, and oncology testing that require extreme temperature control .

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Digital Dry Bath Single Block(HB105-S1)

The Digital Dry Bath Single Block(HB105-S1) is a compact, single-block benchtop dry thermostat designed for precise temperature-controlled incubation in clinical diagnostic, molecular biology, and research laboratories . With a temperature range from room temperature +5°C to 105°C and temperature control accuracy of ±0.5°C, this dry bath provides consistent, uniform heating for a wide range of diagnostic and research applications .

The HB105-S1 features a microprocessor-controlled system with LED display for real-time temperature and time monitoring, an intuitive control knob for simple operation without complex menus, and interchangeable aluminum heating blocks compatible with various tube formats and sizes . The unit supports both timing mode (0 to 99 hours 59 minutes) and continuous operation mode, with built-in temperature self-calibration function for long-term accuracy .

For the clinical laboratory scientist and medical technologist, the HB105-S1 supports enzyme-substrate reactions for biochemical tests and clinical chemistry, serum inactivation (56°C) for immunoassays and serological testing, DNA denaturation for nucleic acid amplification and PCR preparation, and sample warming and reagent thawing for diagnostic testing . The compact, single-block design is ideal for space-constrained laboratories while delivering reliable heating performance .

Safety features include over-temperature protection and an insulated lid that prevents heat loss and contamination . For the patient undergoing diagnostic testing for infectious diseases, autoimmune disorders, or genetic conditions, the HB105-S1's precise temperature control ensures reliable enzyme reaction conditions, consistent DNA denaturation, and accurate sample preparation—supporting reliable test results that guide appropriate treatment decisions across clinical chemistry, molecular diagnostics, and research applications .

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Digital Dry Bath with Calibration (HB120-SC)

The HDigital Dry Bath with Calibration (HB120-SC) is a compact benchtop dry thermostat with extended high-temperature capability up to 120°C and factory calibration certification, designed for regulated diagnostic applications requiring documented temperature accuracy in ISO 15189, CLIA, and CAP-accredited clinical and research laboratories .

With a temperature range from room temperature +5°C to 120°C and temperature control accuracy of ±0.5°C, this calibrated dry bath provides consistent, uniform heating for specialized molecular biology protocols while the included factory calibration certificate provides traceable temperature verification for regulatory compliance and quality assurance records .

The HB120-SC features a microprocessor-controlled system with LED display for real-time temperature and time monitoring, an intuitive control knob for simple operation without complex menus, and interchangeable aluminum heating blocks compatible with various tube formats and sizes . The unit supports both timing mode (0 to 99 hours 59 minutes) and continuous operation mode .

For the molecular biologist and quality assurance manager, the HB120-SC supports complete heat inactivation of restriction enzymes and heat-labile enzymes for regulated molecular diagnostics, protein denaturation for SDS-PAGE and Western blotting, DNA denaturation for GC-rich templates and challenging PCR protocols, and high-temperature sample preparation with documented temperature control .

Safety features include over-temperature protection and an insulated lid that prevents heat loss and contamination . The factory calibration certification provides documented evidence of temperature performance for laboratory accreditation inspections, supporting compliance with ISO 15189, CLIA, and CAP quality standards .

For the patient undergoing specialized molecular testing in an accredited laboratory, the HB120-SC's calibrated temperature performance ensures complete enzyme inactivation, thorough DNA denaturation for challenging templates, and reliable high-temperature sample preparation—supporting accurate diagnostic results for complex genetic conditions, infectious diseases, and oncology testing with documented quality control.

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Digital Hotplate (HP500‑Pro)

The LCD 10‑inch Digital Hotplate (HP500‑Pro) is a high‑power, high‑performance benchtop instrument engineered for accurate, safe, and efficient heating in clinical diagnostics, pharmaceutical quality control, analytical chemistry, and life science research. Featuring a large 10‑inch (254×254 mm) glass ceramic work plate, this hotplate delivers a wide heating range from room temperature up to 500 °C (1 °C increments) for demanding applications including ashing for trace element analysis, biological sample digestion, and high‑temperature media preparation.

Every HP500‑Pro is factory calibrated to ISO 8655 standards and supplied with an individual calibration certificate. The high‑power (1350 W) heating element provides rapid temperature ramp‑up and excellent thermal stability across the entire 10‑inch plate. The high‑resolution LCD display simultaneously shows the actual temperature and timer status, providing real‑time monitoring without toggling between modes.

Key user‑focused safety features include an independent 540 °C over‑temperature protection sensor (hardware cutoff) that automatically shuts off heating to prevent fire hazards, a residual heat warning indicator (“HOT” flashes at >50 °C and continues even after the unit is turned off) to protect users from burn hazards, and IP21 protection class for basic dust and splash resistance. The optional PT1000 external temperature sensor provides ±0.2 °C accuracy for controlling the actual temperature of the sample liquid rather than just the plate surface.

The work plate’s durable glass ceramic construction provides excellent chemical resistance (strong acid‑resistant, strong alkali‑resistant) and high thermal conductivity for uniform heat distribution. An integrated timer (1 min‑99 h 59 min) and SD card port for real‑time data recording support automated workflows, data traceability, and Good Laboratory Practice (GLP) compliance. The instrument is CE, cTUVus, and FCC‑certified, manufactured under ISO 9001 and ISO 13485 quality management systems.

For the clinical laboratory scientist, toxicology analyst, and pharmaceutical quality control scientist, the HP500‑Pro delivers the high‑temperature performance, safety, and reproducibility required for ashing and dry digestion for trace element analysis, high‑temperature denaturation, and large‑volume sample processing. For the patient, reliable, reproducible high‑temperature processing ensures that diagnostic tests for heavy metal toxicity, nutritional deficiencies, and pharmaceutical products remain accurate and consistent, directly supporting effective clinical decision‑making and patient safety.

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Digital Rotary Evaporator (RE100-Pro)

The Digital Rotary Evaporator (RE100-Pro) is a high-performance benchtop distillation system designed for efficient and gentle removal of solvents from samples by evaporation under reduced pressure . Featuring an LCD digital display for real-time monitoring of rotation speed (20-280 rpm), heating temperature (room temperature to 180°C), and timer (1-999 minutes), this unit provides precise control over all distillation processes .

Key features include a brushless DC motor for quiet, maintenance-free operation, a patented condenser with 1700cm² cooling surface for excellent condensation efficiency, and a 5L heating bath capable of water or oil heating with switchable modes . The motorized automatic lift with 150mm stroke raises the evaporating flask to a safe position in case of power failure, while the patented PTFE double spring sealing ring provides superior chemical resistance and vacuum integrity .

For the pharmaceutical researcher and analytical chemist, the Digital Rotary Evaporator (RE100-Pro) supports solvent removal for drug discovery and quality control, concentration of pharmaceutical compounds, natural product extraction, environmental sample preparation, and solvent recovery for laboratory waste reduction . Safety features include overheating protection (220°C cutoff), boil-dry protection (auto power-off if bath empty), motor over-current protection, earth-leakage protection, and lifting overload protection .

The Digital Rotary Evaporator (RE100-Pro) includes a detachable LCD control panel for remote operation, USB interface for PC control and data transmission, and an ejection mechanism for easy flask removal . Standard glassware includes 1000mL evaporating and receiving flasks, with optional glassware compatible for various application needs . With a compact footprint (465 × 457 × 583 mm) and 15kg weight, the Digital Rotary Evaporator (RE100-Pro) is an essential instrument for pharmaceutical research, chemical synthesis, quality control, and clinical research laboratories .

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Digital Vortex Mixer (MX-S+)

The Digital Vortex Mixer (MX-S+) is a precision benchtop vortex mixer featuring an LCD display, variable speed control (100-3000 rpm), programmable timer (1 second to 99 minutes 59 seconds), and a maintenance-free DC brushless motor. This digital mixer provides optimal, reproducible mixing for blood collection tubes, reagents, and biological samples in clinical diagnostic and research laboratories.

Key features include a large LCD digital display for real-time monitoring of speed and time, dual operating modes (touch activation for quick mixing of individual tubes, continuous mode for extended operation), variable speed control for precise adjustment of mixing intensity from gentle to vigorous, and a programmable timer for automated, reproducible mixing protocols. The DC brushless motor provides high stability, smooth operation, low noise, and maintenance-free performance.

The pressure-mounted accessory system accommodates a wide range of sample containers—including 0.2 mL PCR tubes, 1.5-2.0 mL microcentrifuge tubes, 5-50 mL conical tubes, blood collection tubes (various sizes), PCR strip tubes, and (using optional adapters) 96-well microplates. The low-profile rubber suction feet ensure stable benchtop placement, preventing "walking" during high-speed operation.

For the clinical laboratory scientist and phlebotomist, the Digital Vortex Mixer (MX-S+) ensures optimal mixing of blood collection tubes after venipuncture with digital precision—gentle speeds for light blue top coagulation tubes (PT/PTT) to prevent platelet activation, and higher speeds for lavender top EDTA tubes (CBC) and serum separator tubes to ensure thorough mixing of anticoagulants and clot activators. For the molecular biologist, it facilitates resuspension of nucleic acid pellets, mixing of PCR reaction components, and homogenization of buffers for diagnostic assays.

Universal voltage (100-240V, 50/60Hz) enables use in laboratories worldwide without voltage conversion, while the compact footprint (160 × 146 × 115 mm) and moderate weight (3.4 kg) allow easy benchtop placement. The IP21 protection class provides durability against dust and moisture in typical laboratory environments.

For the patient undergoing coagulation monitoring (warfarin, heparin), complete blood count (CBC), molecular diagnostic testing (COVID-19, influenza, hepatitis), or routine chemistry panels, the MX-S+'s digital precision, programmable timer, and versatile sample format compatibility ensure accurate test results that guide appropriate treatment decisions—preventing false-negative or false-positive results due to improper sample mixing.

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Digital Vortex Mixer + 96-well microplate (MX-S+)

The MX-S+ Digital Vortex Mixer is a precision benchtop mixer equipped with a 96-well microplate adapter. It features an LCD display, variable speed control (100-3000 rpm), a programmable timer (1 second to 99 minutes 59 seconds), and a maintenance-free DC brushless motor. This versatile system is designed for high-throughput mixing of 96-well microplates for ELISA and immunoassays, as well as individual blood collection tubes, PCR tubes, and centrifuge tubes.

For the clinical laboratory scientist, the MX-S+ with its microplate capability ensures uniform mixing across all 96 wells, reducing well-to-well variability and improving the sensitivity of diagnostic assays for autoimmune and infectious diseases. For the patient, this technology ensures accurate antibody detection and reliable test results that guide treatment decisions.

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Disk Rotator (MX-RD-E)

The Disk Rotator (MX-RD-E) is a variable-speed disk rotator (0-80 rpm) designed for gentle, uniform end-over-end mixing of blood tubes, serology specimens, and molecular biology samples in clinical diagnostic and research laboratories . The 360-degree disk rotation motion provides thorough mixing without foaming, hemolysis, or activation of sensitive blood components—critical for coagulation testing, serology, and molecular diagnostics .

For the clinical laboratory scientist and coagulation technologist, the Disk Rotator (MX-RD-E) supports gentle mixing of blood coagulation samples (PT, PTT, fibrinogen, D-dimer)—preventing clot activation while ensuring proper distribution of anticoagulants for accurate test results . For the serology technologist, the disk rotator provides gentle mixing of serum and plasma specimens for infectious disease testing (HIV, syphilis, hepatitis), antibody screening, and blood bank compatibility testing .

The Disk Rotator (MX-RD-E) features variable speed control (0-80 rpm) allowing precise adjustment of mixing intensity for different sample types, tube holders that accommodate blood collection tubes (1-10 mL) and microcentrifuge tubes (0.5-2.0 mL), and low-noise operation suitable for clinical laboratory environments . Digital models include programmable timer (0-99h59min) for automated workflows .

For the patient undergoing coagulation monitoring for anticoagulant therapy (warfarin, heparin), serological testing for infectious diseases, or molecular diagnostic testing for genetic disorders, the Disk Rotator (MX-RD-E) gentle, uniform mixing ensures accurate test results that guide appropriate treatment decisions—preventing false-negative or false-positive results due to improper sample mixing .

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DispensMate Bottle-Top Dispenser

The DispensMate Bottle-Top Dispenser is a manual, variable-volume liquid handling instrument engineered for accuracy, chemical resistance, and ergonomic ease of use. It mounts directly onto standard laboratory reagent bottles (with adapters for S40, GL25, GL28, GL32, GL38) to eliminate transfer steps and reduce contamination risk . Its positive displacement mechanism delivers consistent volumes, with an accuracy of ±0.5% and precision of ≤0.1% across four volume ranges covering 0.5 to 50 mL .

For the clinical laboratory scientist, this dispenser ensures the precise addition of reagents for diagnostic assays, while its ergonomic design reduces the repetitive strain of manual pipetting. The instrument is constructed with PTFE, FEP, borosilicate glass (BSG), and PP, providing excellent resistance to a broad range of aggressive solvents and acids . All liquid-contact parts are also fully autoclavable at 121°C, ensuring sterility for sensitive applications . For the patient, the DispensMate's accuracy, chemical inertness, and ability to be sterilized translate directly to more reliable, consistent, and safer diagnostic test results.

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DispensMate-Pro Premium Bottle-Top Dispenser

The DispensMate-Pro Premium Bottle-Top Dispenser is a versatile, manual liquid handling instrument designed for high-precision, safe, and efficient dispensing directly from standard laboratory reagent bottles. Constructed with high-strength, chemically inert materials, this premium dispenser offers excellent chemical resistance and is fully autoclavable at 121°C, ensuring sterility for sensitive applications like cell culture and molecular biology.

For the clinical laboratory scientist, the DispensMate-Pro's precision piston mechanism ensures consistent reagent delivery for diagnostic assays, with an accuracy (systematic error) of ≤ ±0.5% and precision (random error) of ≤ ±0.2% across all volume ranges from 0.5 mL to 100 mL. Its ergonomic design, including a smooth piston action and easy-to-grip handle, reduces operator fatigue during high-volume, repetitive tasks, minimizing the risk of repetitive strain injuries (RSI).

For the laboratory manager and patient, the advanced safety and efficiency features are paramount. The integrated recirculation valve minimizes costly reagent waste during priming and prevents dripping when not in use, while the direct bottle mounting and included adapters reduce the risk of hazardous chemical spills and cross-contamination. The DispensMate-Pro is an essential tool for ensuring the accuracy, safety, and economy of liquid handling workflows in clinical chemistry, pharmaceutical QC, and molecular diagnostics.

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Dissolved Oxygen Probe (DO Probe)

A DO Probe (Dissolved Oxygen Probe) is an analytical sensor used to measure the concentration of oxygen dissolved in a liquid sample, designed for clinical diagnostic, bioprocessing, and water quality applications . Dissolved Oxygen levels serve as a significative indicator to evaluate pathological conditions such as tissue hypoxia or hyperoxia, and are used to monitor the effects of therapeutic treatments in critical care settings . The probe outputs a signal (millivolt or digital) corresponding to the oxygen partial pressure (pO₂) after compensating for temperature and salinity .

Dissolved Oxygen probes are available in polarographic (electrochemical) or optical (RDO - Rugged Dissolved Oxygen) technologies. Polarographic probes (requiring a 30-60 minute warm-up, electrolyte solution, and periodic maintenance) are suitable for sensitive laboratory measurements, while optical probes (no warm-up, no electrolyte, low maintenance) are preferred for field-ready and point-of-care use . Polarographic probes consume oxygen during measurement and therefore require sample stirring, whereas optical probes do not consume oxygen and require no stirring.

For the clinical researcher and critical care physician, dissolved oxygen probes used in conjunction with tissue monitors enable the long-term measurement of tissue oxygenation and perfusion in organs such as the kidneys and brain, providing valuable insights into the causes of acute kidney injury and cognitive impairment following sepsis or cardiopulmonary bypass. For the bioprocessing engineer, autoclavable dissolved oxygen sensors are essential for monitoring and controlling oxygen levels in sterile bioreactors, ensuring optimal conditions for cell culture and recombinant protein production. For the laboratory quality manager, a dissolved oxygen probe is a fundamental tool for Biological Oxygen Demand (BOD) testing, measuring the oxygen consumed by microorganisms to assess water quality and validate the efficacy of hospital water treatment systems.

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E-lyte Plus Advanced Electrolyte Analyzer

The E-lyte Plus Advanced Electrolyte Analyzer is a fully automated, microprocessor-controlled benchtop electrolyte analyzer that uses Ion Selective Electrode (ISE) technology for simultaneous measurement of potassium (K+), sodium (Na+), chloride (Cl-), ionized calcium (Ca++), pH, and lithium (Li+) in whole blood, serum, plasma, and urine samples . With up to six electrodes installed simultaneously, test times of 30-40 seconds, and an optional 21-position autosampler, the system delivers rapid, high-throughput electrolyte profiling in emergency, critical care, and routine laboratory settings .

The system features a 7-inch color LCD touchscreen with user-friendly interface, fast-access menus, and real-time result review . Quality control includes automatic ISE calibration, 3-level QC with Levey-Jennings charting, and automatic QC correction . The analyzer stores 8,000 test results, includes an integrated thermal printer, offers RS-232 connectivity for LIS integration, and supports optional barcode reader for sample ID entry .

For the emergency physician and critical care specialist, the E-lyte Plus provides rapid (30-40 second) sodium, potassium, chloride, and ionized calcium results essential for diagnosing life-threatening electrolyte disturbances—hyponatremia (seizures, coma), hyperkalemia (cardiac arrest), hypocalcemia (tetany, laryngospasm), and acid-base disorders via anion gap calculation. For the psychiatrist, lithium measurement enables therapeutic drug monitoring for bipolar disorder patients, preventing lithium toxicity (tremor, seizures, coma) while ensuring therapeutic efficacy. For the nephrologist and endocrinologist, comprehensive electrolyte panels support diagnosis of adrenal insufficiency (Addison's disease: hyponatremia, hyperkalemia), hyperaldosteronism (Conn's syndrome: hypokalemia), and primary hyperparathyroidism (hypercalcemia). For the patient, accurate, stat electrolyte results guide life-saving interventions—electrolyte replacement for dehydration, insulin and bicarbonate for diabetic ketoacidosis, dialysis for severe hyperkalemia, and calcium and calcitriol for post-thyroidectomy hypocalcemia—preventing fatal arrhythmias, seizures, coma, and respiratory failure.

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Economical Rotator (MX-RL-E)

The Economical Rotator (MX-RL-E) is a cost-effective, fixed-speed rotator with analog speed control (0-80 rpm), designed for gentle, uniform mixing of blood tubes, serology specimens, and coagulation samples in clinical diagnostic and research laboratories . The 360-degree end-over-end rotation provides thorough mixing without foaming, hemolysis, or activation of sensitive blood components—critical for coagulation testing, serology, and blood bank applications .

For the clinical laboratory scientist and coagulation technologist, the Economical Rotator (MX-RL-E) supports gentle mixing of blood coagulation samples (PT, PTT, fibrinogen, D-dimer)—preventing clot activation while ensuring thorough distribution of anticoagulants for accurate test results . The analog speed control (rotary knob) allows quick, intuitive adjustment of mixing intensity (0-80 rpm) without complex programming, making it ideal for routine laboratory use where simplicity and reliability are priorities .

Key features include multi-tube capacity accommodating up to 12 blood collection tubes or 20 microcentrifuge tubes for batch processing, end-over-end rotation for gentle, thorough mixing, low-noise operation suitable for clinical laboratory environments, and universal voltage (100-240V, 50/60Hz) for international use . The economical design provides a cost-effective solution for routine mixing applications without compromising sample quality .

For the patient undergoing coagulation monitoring for anticoagulant therapy (warfarin, heparin), serological testing for infectious diseases, blood bank compatibility testing, or routine hematology testing, the Economical Rotator (MX-RL-E) gentle, uniform mixing ensures accurate test results that guide appropriate treatment decisions—preventing false-negative or false-positive results due to improper sample mixing, all at an economical price point .

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Economical Vacuum Aspirator (EcoVac)

The Economical Vacuum Aspirator (EcoVac) is a compact, user-friendly benchtop vacuum system designed for the safe and efficient disposal of liquid waste in modern biological, clinical, and research laboratories. An ideal alternative to connecting to noisy central vacuum lines or using cumbersome water aspirators, this dedicated system provides a reliable and versatile solution for aspirating supernatants, culture media, and wash buffers.

For the laboratory technician and biosafety officer, the EcoVac offers a critical safety feature: a hydrophobic filter in the collection bottle cap prevents the release of hazardous bioaerosols, protecting both personnel and sensitive experiments from cross-contamination. The system is engineered for ergonomic efficiency, featuring a lightweight handset that allows users to switch easily between "manual" and "continuous" aspiration modes. This dual-mode capability is essential for reducing hand fatigue during high-throughput tasks like clearing 96-well ELISA plates.

The unit's compact design (180×240×340 mm) allows it to fit comfortably on a benchtop, inside a biosafety cabinet, or even beneath the bench itself. Its powerful yet quiet brushless motor generates up to 500 mbar of vacuum and a liquid flow rate of 17 mL/s for fast waste removal. The system comes complete with a 2L autoclavable collection bottle and a versatile accessory kit including single and 8-channel needle probes and tip ejectors, providing compatibility with virtually any common lab consumable. For the patient, the EcoVac's robust safety features and efficient design ensure that diagnostic samples are processed in a consistent, sterile, and controlled manner, directly contributing to the accuracy and reliability of their test results.

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EcoStir Magnetic Stirrer (Round)

The EcoStir Magnetic Stirrer (Round) is an economical, reliable, and durable magnetic stirrer engineered for efficient mixing in clinical diagnostic labs, pharmaceutical quality control, food and drug analysis, water quality monitoring, and educational chemistry lessons. Designed for a wide range of general laboratory mixing applications without heating, this stirrer offers a max stirring capacity of 1.5 liters, making it ideal for routine solution preparation, pH adjustment, and sample mixing.

Every EcoStir features a maintenance-free, spark-free brushless DC motor and powerful rare earth magnets, delivering consistent stirring performance from 300 to 2000 rpm. The PET top provides excellent chemical resistance for long-lasting durability against aggressive reagents.

Key user features include an integrated holder with a flexible clamp for a pH electrode or other sensor, providing a tidy and organized workspace for making measurements. The compact design with a small footprint (150x144x54 mm) and ultralight weight (0.3 kg) is perfect for crowded benchtops. The availability of a 12V DC power option makes it suitable for mobile labs or fieldwork. The universal 100-240V power supply allows for use in any country without a separate voltage converter. Extra colorful stickers are provided, which also allow for homemade "DIY" designs to help teams identify their equipment.

For the clinical laboratory scientist, the DLAB EcoStir delivers the simple, reliable, and chemical-resistant stirring required for preparing chemical solutions and samples. For the patient, the consistent and accurate mixing of reagents and samples directly supports reliable diagnostic test results, timely clinical decisions, and the safety of pharmaceutical and food products.

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Electronic Bottle-Top Dispenser (dFlow-Pro)

The Electronic Bottle-Top Dispenser (dFlow-Pro) is a fully digital, motor-controlled liquid handling system engineered for superior precision, efficiency, and user safety. It features a high-quality stepper motor that delivers highly accurate dispensing (R=0.2%, CV=0.07%) with a wide volume range of 0.01 to 99.99 mL , making it suitable for demanding clinical chemistry and pharmaceutical QC workflows.

For the clinical laboratory scientist, the "Pro" series offers enhanced accuracy and "Dispenser" and "Stepper" operating modes to streamline high-throughput tasks, from QC sample preparation to plate-filling for ELISA assays. The remote control panel operates without manual disturbance , while the large LCD screen ensures easy setup. For the laboratory manager, the "Pro" model's superior precision reduces costly reagent waste and re-runs, and its motorized drive significantly mitigates the risk of repetitive strain injuries among staff, promoting a safer workplace. For the patient, the use of this dispenser in diagnostic labs translates directly to faster turnaround times and more reliable results, as the accuracy and reproducibility of the analytical process are enhanced.

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Electronic Bottle-Top Dispenser (dFlow)

The dFlow Electronic Bottle-Top Dispenser is a motor-controlled digital dispensing system designed for precise, fatigue-free delivery of laboratory reagents directly from reagent bottles . Featuring a volume range of 0.1-99.9mL with 100μL resolution, 16 adjustable speed levels, and a TFT display module, this dispenser provides accurate volume delivery (10mL: R=0.5%, CV=0.3%) compliant with DIN EN ISO 8655 standards .

The external remote control panel allows operation without manual disturbance, significantly reducing the risk of repetitive strain injury while keeping operators away from hazardous chemical contact . Two operation modes—dispenser mode for single aliquots and stepper mode for continuous multi-volume dispensing—provide versatility for diverse laboratory workflows . A recirculation feature minimizes costly reagent waste by allowing priming without discarding expensive solutions .

For the clinical laboratory scientist and medical technologist, the dFlow electronic dispenser supports accurate dispensing of clinical chemistry reagents, immunoassay buffers, molecular biology reagents, and pharmaceutical quality control samples. The stepper motor drive ensures smooth, consistent operation across 16 adjustable speed levels, accommodating liquids of varying viscosities . The fluid path features chemically resistant materials (borosilicate glass cylinder, FEP tubing, PTFE components) compatible with a wide range of laboratory reagents . Included bottle adapters (S40, GL25, GL28, GL32, GL38) allow attachment to various reagent bottle thread sizes via the standard GL45 base .

For the patient undergoing diagnostic testing, precise and consistent reagent dispensing using the dFlow electronic bottle-top dispenser ensures that clinical chemistry, immunoassay, and molecular diagnostic test results are accurate, reliable, and reproducible—supporting appropriate clinical decision-making across laboratory medicine and pharmaceutical quality control applications.

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Electronic Pipette (dPette)

The Electronic Pipette (dPette) by DLAB is a motor-driven, digitally controlled single-channel electronic pipette designed to combine the lightweight, ergonomic feel of a manual pipette with the precision and effortlessness of an electronic system. Powered by a high-precision stepper motor, it delivers exceptional accuracy (with a systematic error of ≤ ±1.0% and precision (CV) of ≤ 0.8%, as validated in performance tests) and repeatability, eliminating common manual errors.

For the clinical laboratory scientist and molecular biologist, the dPette is an essential tool for high-throughput workflows, from PCR and qPCR setup to ELISA sample addition and serial dilutions. Its intuitive interface, with a large LCD screen and dual rotary knobs, makes setting parameters and switching between modes (pipetting, mixing, stepper, and dilution on the dPette+ model) exceptionally easy. The lightweight construction (approx. 110 g) and ergonomic design significantly reduce hand fatigue, helping to mitigate the risk of Repetitive Strain Injury (RSI) during extended use.

For the laboratory manager and patient, the dPette's advanced features ensure efficiency and reliability. The rechargeable Li-ion battery and user calibration via a USB-enabled computer dramatically reduce equipment downtime and maintenance costs. The ability to autoclave the lower head components ensures a sterile working environment, and the device's precision, with a documented relative standard deviation (RSD) of ≤ 0.5% for parallel sample pipetting, directly translates into more reproducible and trustworthy test results, accelerating clinical decision-making and improving patient outcomes.

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Electronic Single-Channel Pipettor (dPette-S)

The Electronic Single-Channel Pipettor (dPette-S) is a motor-driven, digitally controlled single-channel pipettor designed to combine the ergonomic feel of a manual pipette with the precision and efficiency of electronic operation . Weighing approximately 110 grams, it features a lightweight, streamlined body, powered by a high-precision stepper motor (with built-in error control), ensuring accuracy and reproducibility (pipetting and mixing functions) while eliminating common manual pipetting errors .

For the clinical laboratory scientist and molecular biologist, the Electronic Single-Channel Pipettor (dPette-S) significantly improves workflow efficiency for PCR, ELISA, and clinical chemistry applications. Key features include a large LCD screen and dual rotary knobs that provide an intuitive user interface, adjustable aspiration and dispensing speeds (which accommodate various liquid viscosities) , and a built-in rechargeable Li-ion battery with dual charging (USB and stand) to ensure continuous operation . For the patient, this technology ensures that diagnostic assays are performed with high precision, reducing the risk of pre-analytical errors, and supporting faster, more reliable clinical decision-making.

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Electronic Titrator (dTrite-Pro)

The Electronic Titrator (dTrite-Pro) is a fully electronic, digitally controlled bottle-top titration system engineered to completely replace traditional manual glass burettes. Leveraging a precision electronic drive system and a high-accuracy metering pump, it automates the titration workflow, eliminating the inherent subjectivity and variability of manual methods related to drop control, color perception, and human error. The instrument achieves exceptional volumetric precision, with a minimum single-drop volume of 10 μL (10mL model) or 20 μL (25mL and 50mL models), and is fully compliant with ISO 8655 standards. It supports all major titration types: acid-base, redox, precipitation, and complexometric.

For the pharmaceutical QC, environmental, and food safety analyst, the dTrite-Pro provides a significant leap in accuracy, efficiency, and data integrity. Available in three cylinder sizes (10mL, 25mL, 50mL), it features a 4.3-inch TFT color touchscreen for intuitive method control, a detachable remote panel for safe distance operation, and a built-in 3500mAh rechargeable battery for hours of cord-free use. It also features Bluetooth and WiFi connectivity for seamless integration with PCs and LIMS, enabling paperless data management and GLP/GMP compliance.

For the patient and the public, the use of the dTrite-Pro in QC and testing laboratories directly translates to safer, higher-quality pharmaceuticals, a more rigorously monitored and protected public water supply, and safer food products. By providing accurate, traceable data, it helps ensure that the products that reach consumers are safe, effective, and of consistent, high quality.

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Universal voltage (100-240V, 50/60Hz) enables use in laboratories worldwide without voltage conversion . The silicone mattresses provide secure tube retention and are easy to clean and decontaminate between sample batches .

With a compact footprint (310 × 220 mm), a low weight (2.2 kg), and universal power supply (100–240 V, 50/60 Hz), the TB‑H240‑V1 is easy to integrate into any clinical or research bench‑top workflow. The instrument is backed by a 2‑year manufacturer’s warranty.

Every EcoStir features a maintenance-free, spark-free brushless DC motor and powerful rare earth magnets, delivering consistent stirring performance from 300 to 2000 rpm. The PET top provides excellent chemical resistance for long-lasting durability against aggressive reagents.

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Universal voltage (100-240V, 50/60Hz) enables use in laboratories worldwide without voltage conversion . The silicone mattresses provide secure tube retention and are easy to clean and decontaminate between sample batches .

With a compact footprint (310 × 220 mm), a low weight (2.2 kg), and universal power supply (100–240 V, 50/60 Hz), the TB‑H240‑V1 is easy to integrate into any clinical or research bench‑top workflow. The instrument is backed by a 2‑year manufacturer’s warranty.

With a compact footprint (310 × 220 mm), a low weight (2.2 kg), and universal power supply (100–240 V, 50/60 Hz), the TB‑H240‑V1 is easy to integrate into any clinical or research bench‑top workflow. The instrument is backed by a 2‑year manufacturer’s warranty.