Electronic Titrator (dTrite-S)
The Electronic Titrator (dTrite-S) is a high-precision, digitally controlled bottle-top titration system designed to replace traditional manual glass burettes for accurate quantitative analysis in pharmaceutical QC, environmental monitoring, food safety, and clinical research laboratories. Leveraging a precision electronic drive (R=0.2%, CV=0.07%) and 16 adjustable speed levels, it automates the titration workflow, eliminating manual errors related to drop control and subjective endpoint detection. The system features a large LCD display, a remote control panel for safe distance operation, and USB connectivity for data storage and computer control. Its wide working range (0.010-99.999mL) and minimum dispensing volume of 10 μL make it versatile for various analytical applications.
Electrophoresis power supply (DEP-300)
The Electrophoresis power supply (DEP-300) is a programmable, high-precision power supply designed for nucleic acid and protein electrophoresis in clinical diagnostic and research laboratories . Featuring constant voltage, constant current, and constant power output modes (0-300V, 0-600mA, 0-150W) with automatic mode switching and 1V/1mA resolution , this unit provides stable, reliable power for DNA/RNA gel electrophoresis, SDS-PAGE, and Western blotting applications .
Key features include a 4.3-inch LCD touchscreen for intuitive programming , four output jacks enabling simultaneous connection of up to four electrophoresis units for high-throughput processing , USB port for real-time data recording , and programmable memory for storing validated multi-step electrophoresis methods . Safety features include short-circuit protection, no-load protection, configurable buzzer alarm, and power failure recovery .
For the molecular biologist and clinical laboratory scientist, the DEP-300 supports PCR product confirmation for infectious disease testing , restriction fragment analysis for genetic screening , protein separation for autoimmune disease diagnosis , and transfer procedures for Northern and Southern blotting . The unit's anti-slip groove design allows stacking of multiple power supplies, saving valuable benchtop space .
For the patient undergoing genetic testing for hereditary disorders, infectious diseases (e.g., COVID-19, hepatitis, influenza), or oncology biomarkers, the DEP-300's precise and stable power delivery ensures accurate electrophoretic separation—supporting reliable diagnostic results that guide appropriate treatment decisions across molecular diagnostics, clinical pathology, and research applications .
Electrophoresis power supply (DEP-300HC)
The Electrophoresis power supply (DEP-300HC) is a programmable, high-current power supply designed for nucleic acid and protein electrophoresis, Western blotting, and high-throughput diagnostic applications in clinical and research laboratories . Featuring constant voltage (0-300V), constant current (0-3000mA), and constant power (0-400W) output modes with automatic mode switching and 1V/1mA resolution , this unit provides extended current capacity more than double that of standard electrophoresis power supplies—enabling rapid, high-volume separation of DNA, RNA, and protein samples.
Key features include a 4.3-inch LCD touchscreen for intuitive programming , four output jacks enabling simultaneous connection of up to four electrophoresis units for high-throughput processing , USB port for real-time data recording and traceability , and programmable memory for storing validated multi-step electrophoresis methods . Safety features include short-circuit protection, no-load protection, configurable buzzer alarm, power failure recovery, and low current maintenance (up to 30mA) .
For the molecular biologist and clinical laboratory scientist, the DEP-300HC supports PCR product confirmation for infectious disease testing (COVID-19, influenza, hepatitis), restriction fragment analysis for genetic screening, SDS-PAGE for protein purity assessment, Western blotting for confirmatory diagnostic testing, and high-throughput DNA/RNA electrophoresis . The unit's anti-slip groove design allows stacking of multiple power supplies, saving valuable benchtop space .
For the patient undergoing genetic testing for hereditary disorders, infectious diseases, or oncology biomarkers, the DEP-300HC's extended current capacity (3000mA) and precise power delivery ensure rapid, accurate electrophoretic separation—supporting reliable diagnostic results that guide appropriate treatment decisions across molecular diagnostics, clinical immunology, and pathology applications.
Electrophoresis power supply (DEP-600)
The Electrophoresis power supply (DEP-600) is a programmable, high-power, high-voltage power supply designed for nucleic acid and protein electrophoresis, DNA sequencing, isoelectric focusing, and advanced clinical diagnostic applications in clinical and research laboratories . Featuring constant voltage (0-600V), constant current (0-1200mA), and constant power (0-500W) output modes with automatic mode switching and 1V/1mA resolution, this unit provides extended voltage capacity up to 600V for high-resolution electrophoresis applications .
Key features include a 4.3-inch LCD touchscreen for intuitive programming , four sets of output jacks (parallel output) enabling simultaneous connection of up to four electrophoresis units for high-throughput processing , USB port for real-time data recording and traceability , and programmable memory for storing validated multi-step electrophoresis methods . Safety features include short-circuit protection, no-load protection, overload protection, configurable buzzer alarm, and power failure recovery .
For the molecular biologist and clinical laboratory scientist, the DEP-600 supports PCR product confirmation for infectious disease testing, high-resolution DNA sequencing gels for genetic analysis, SSCP for mutation detection, SDS-PAGE and native-PAGE for protein characterization, isoelectric focusing for protein isoform analysis, 2D gel electrophoresis, Western blotting for confirmatory diagnostic testing, and serum protein electrophoresis for multiple myeloma diagnosis .
For the patient undergoing genetic testing for hereditary disorders, infectious diseases, or oncology biomarkers, the DEP-600's extended voltage range (600V) and precise power delivery ensure rapid, accurate electrophoretic separation—supporting reliable diagnostic results that guide appropriate treatment decisions across molecular diagnostics, clinical immunology, and pathology applications .
Fixed Speed Vortex Mixer (MX-F)
The Fixed Speed Vortex Mixer (MX-F) is a compact, reliable benchtop vortex mixer designed for general laboratory mixing applications in clinical diagnostic, molecular biology, and research laboratories . Operating at a fixed speed of 3000 rpm with a 4 mm orbit diameter, this vortex mixer provides consistent, reproducible mixing of blood collection tubes, reagents, buffers, and biological samples .
Key features include two operating modes—touch activation (press tube into cup head for immediate mixing) for quick, on-demand mixing of individual tubes, and continuous operation mode (switch-activated) for extended mixing of larger volumes or multiple samples . The universal voltage (100-240V, 50/60Hz) and low power consumption (60W) enable use in laboratories worldwide without voltage conversion . The impact-resistant plastic housing with rubber suction feet provides stability and prevents "walking" during operation .
For the clinical laboratory scientist and phlebotomist, the Fixed Speed Vortex Mixer (MX-F) ensures immediate mixing of blood collection tubes after venipuncture—preventing clot formation and ensuring accurate hematology, coagulation, and chemistry results . For the molecular biologist, the MX-F facilitates resuspension of nucleic acid pellets, mixing of PCR reaction components, and homogenization of buffers for diagnostic assays . The optional multi-tube head for 0.2 mL PCR strips and flat rubber pad for larger vessels extend the versatility of this fixed-speed mixer .
With its compact footprint (127 × 130 × 160 mm), lightweight design (2.0 kg), and simple operation, theFixed Speed Vortex Mixer (MX-F) is an essential tool for clinical diagnostic laboratories, molecular diagnostics labs, blood banks, physician office laboratories, and research facilities requiring reliable, consistent vortex mixing for patient sample preparation and diagnostic testing .
FlatSpin Ultra-flat Compact Magnetic Stirrer
The FlatSpin Ultra-flat Compact Magnetic Stirrer is a revolutionary, non-heating magnetic stirrer designed for high-performance, space-saving mixing in clinical, analytical, and quality control laboratories. Its innovative motorless technology provides silent, vibration-free operation, making it ideal for sensitive titration procedures and use on crowded, space-constrained benchtops. With a maximum stirring capacity of 0.8 liters and an adjustable speed range of 15–1500 rpm, the FlatSpin is engineered for efficient and precise liquid mixing.
Every FlatSpin is built around a unique motorless design, eliminating source of mechanical noise and vibration while reducing maintenance needs. Featuring a chemical-resistant PET work plate with a Ø90 mm radius, it ensures long-lasting durability for daily lab work. The stirrer has a wide speed range from 15 to 1500 rpm controllable in 10 rpm increments with the push of a button, and a bright digital display indicates power and speed for precise monitoring.
Key user-focused features include its ultra-flat profile of only 15 mm, which allows it to fit almost anywhere, including under bottle-top burettes for seamless titrations. The built-in auto-reverse mode changes direction every 15 seconds to eliminate dead zones and improve mixing efficiency, especially for complex or viscous solutions. With an IP65 protection rating (on select models), the stirrer is safeguarded against splashes, making it suitable for use in demanding environments.
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Cat. No.: 8030184000
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Speed Range and Display: 15-1500 rpm, button control, bright indicator light
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Stirring Capacity: 0.8L at H₂O
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Magnetic Bar: Suitable for stir bars up to 40 mm in length
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Protection Grade: IP21 or IP65 depending on model
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Work Surface: PET top work plate with excellent chemical resistance
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Weight and Dimensions: 0.3 kg, dimensions: 175 × 120 × 15 mm
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Power and Standard: 5W, 100-120V / 200-240V AC, 50/60Hz, CE, etc.
For the analytical chemist performing precise titrations, the quality control technician preparing standards, or the educator teaching basic chemistry principles, the FlatSpin provides a unique combination of a powerful yet silent operation, an ultra-flat build, and wide speed range. For the patient, this instrument ensures that reagents, QC samples, and analytical standards are prepared accurately and reliably, which forms the bedrock of effective diagnostics, pharmaceutical safety, and regulatory compliance.
Fully Autoclavable Manual 8-Channel Adjustable Colorful Pipette (HiPette)
The Fully Autoclavable Manual 8-Channel Adjustable Colorful Pipette (HiPette) is a precision manual multichannel pipette designed for high-throughput liquid handling in clinical diagnostic, molecular biology, and pharmaceutical research laboratories. Featuring eight channels for simultaneous sample processing, this pipette reduces 96-well plate filling time by approximately 87.5% compared to single-channel pipettes, significantly improving workflow efficiency for ELISA, PCR setup, nucleic acid extraction, and cell-based assays.
The pipette offers five available volume ranges (0.5-10 μL, 5-50 μL, 10-100 μL, 20-200 μL, 30-300 μL) with 4-digit digital display for precise volume setting and a volume lock mechanism to prevent accidental changes during pipetting. Color-coded push caps allow for quick visual identification of volume ranges, streamlining laboratory organization. The entire pipette is fully autoclavable at 121°C for 20 minutes and compatible with UV disinfection, ensuring complete sterilization for aseptic work with infectious patient samples or cell cultures.
Key ergonomic features include lightweight construction with minimal press force, moderate press stroke, ergonomic finger rest, and 360° rotating head for flexible operation in tight spaces. The elastic nozzle system ensures secure tip fit on all 8 channels with a light touch, eliminating the need for repeated tapping and reducing ejection force. Strong channel-to-channel repeatability ensures uniform performance across all channels—critical for reproducible results in multi-well assays.
For the clinical laboratory scientist, the HiPette delivers the accuracy (systematic error as low as ±0.2 μL at 10 μL) and precision (CV as low as ±0.12 μL) required for reliable diagnostic testing. For the patient, consistent sample processing across all 8 channels ensures that PCR, ELISA, and other diagnostic results are accurate, reproducible, and delivered with faster turnaround times.
Gene Amplification Instrument (TC2000-G1)
The Gene Amplification Instrument (TC2000-G1) is a 96-well gradient thermal cycler featuring advanced Peltier heating/cooling technology (5°C/sec ramp rate), precise temperature control (±0.1°C accuracy), excellent temperature uniformity (±0.2°C at 55°C), edge temperature compensation, 10.1-inch LCD color touchscreen (1280×800), gradient capability (1-42°C span), Touchdown PCR support (-10°C to +10°C), Long PCR support (-600 sec to +600 sec), power failure protection, Wi-Fi connectivity, email notification, and three-level user permission management with password protection, designed for DNA amplification in clinical diagnostic, molecular biology, and research laboratories .
Key features include a 96-well aluminum block compatible with PCR tubes, 8-strips, and 96-well PCR plates (no skirt, half-skirt, full-skirt), self-adaptive pressure lever hot cap with one-step lid closure (30-115°C), 10.1-inch touchscreen with visual countdown circle display for real-time run progress, automatic self-test at power-up, standard and fast temperature control modes, program suspension and skip-to-next-step functions, USB 2.0 and built-in Wi-Fi interfaces, email notification upon run completion, run record and abnormal event logging, and USB-based software updates .
The Gene Amplification Instrument(TC2000-G1) supports standard PCR, Touchdown PCR (-10°C to +10°C) for enhanced specificity, and Long PCR (-600 sec to +600 sec) for large fragment amplification . Edge temperature compensation technology minimizes "edge effect" and ensures consistent amplification across all 96 wells . The self-adaptive pressure lever hot cap adapts to different PCR tube heights with one-step closure . Power failure protection automatically resumes unfinished cycles upon power restoration, ensuring sample safety during extended runs .
Three-level user permission management (guest, account authentication, administrator) with password protection ensures data security and regulatory compliance . The built-in Wi-Fi module allows simultaneous control of multiple PCR instruments from one computer via LAN, with email notifications sent upon run completion . The 10.1-inch touchscreen provides intuitive program editing with up to 199 cycles and 30 steps per program, and storage for over 20,000 programs via USB flash drive .
For the clinical laboratory scientist and molecular biologist, the Gene Amplification Instrument supports infectious disease detection (COVID-19, HIV, hepatitis B/C, tuberculosis, HPV, influenza), genetic mutation screening (β-thalassemia, BRCA, CFTR), viral load monitoring, gene cloning, DNA sequencing preparation, forensic DNA analysis (STR amplification), food safety pathogen detection and GMO screening, and Touchdown/Long PCR applications .
Universal voltage (100-240V, 50/60Hz) enables use in laboratories worldwide without voltage conversion, while the compact footprint (422 × 310 × 264 mm) and moderate weight (11 kg) allow easy benchtop placement . The 0-105°C temperature range, 5°C/sec ramp rate, and Peltier lifespan of up to 200,000 cycles provide rapid, reliable thermal cycling for routine and advanced diagnostic applications .
For the patient undergoing infectious disease testing, genetic screening for hereditary disorders, or viral load monitoring for chronic infections, the Gene Amplification Instrument precise temperature control, gradient optimization capability, rapid ramp rate, and data security features ensure accurate, reproducible PCR results that guide appropriate treatment decisions across clinical infectious disease, oncology, genetics, and molecular diagnostics applications .
Gene Amplification Instrument (TC2000-G2)
The Gene Amplification Instrument is a dual-block independent gradient thermal cycler featuring two separate 48-well aluminum blocks (96 total wells), each with independent temperature control, advanced Peltier heating/cooling technology (5°C/sec ramp rate), precise temperature control (±0.1°C accuracy), excellent temperature uniformity (±0.2°C at 55°C), edge temperature compensation, 10.1-inch LCD color touchscreen (1280×800), independent gradient capability (1-25°C span per block), Touchdown PCR support (-10°C to +10°C), Long PCR support (-600 sec to +600 sec), power failure protection, Wi-Fi connectivity, email notification, three-level user permission management with password protection, and independent operation logs, designed for high-throughput DNA amplification in clinical diagnostic, molecular biology, and research laboratories .
Key features include two independent 48-well aluminum blocks that can run different PCR programs simultaneously—enabling concurrent processing of different patient panels, doubling throughput while maintaining independent temperature control and gradient settings per block. The self-adaptive pressure lever hot cap for each block provides one-step lid closure (30-115°C), adaptable to different PCR tube heights. The 10.1-inch touchscreen displays real-time progress for both blocks simultaneously via independent countdown circles .
The Gene Amplification Instrument supports standard PCR, Touchdown PCR (-10°C to +10°C) for enhanced specificity, and Long PCR (-600 sec to +600 sec) for large fragment amplification . Independent dual-block gradient functionality allows simultaneous optimization of annealing temperatures for two different primer sets in a single run. Edge temperature compensation technology minimizes "edge effect" and ensures consistent amplification across all wells . Independent cavity design prevents cross-contamination between different sample types .
Three-level user permission management (guest, account authentication, administrator) with password protection ensures data security and regulatory compliance for high-throughput diagnostic laboratories . The built-in Wi-Fi module allows simultaneous control of multiple PCR instruments from one computer via LAN, with email notifications sent upon run completion . Automatic self-test at power-up detects all working modules .
For the clinical laboratory scientist and molecular biologist, the TC2000-G2 supports high-throughput infectious disease detection (concurrent COVID-19 and HIV testing, respiratory and bloodborne pathogen panels), independent genetic mutation screening, viral load monitoring, gene cloning, DNA sequencing preparation, forensic DNA analysis (STR amplification), food safety pathogen detection and GMO screening, and Touchdown/Long PCR applications .
Universal voltage (100-240V, 50/60Hz) enables use in laboratories worldwide without voltage conversion, while the moderate footprint (422 × 310 × 261 mm) and weight (11 kg) allow easy benchtop placement . The 0-105°C temperature range, 5°C/sec ramp rate, and Peltier lifespan of up to 200,000 cycles provide rapid, reliable thermal cycling for high-throughput routine and advanced diagnostic applications .
For the patient undergoing infectious disease testing, genetic screening for hereditary disorders, or viral load monitoring for chronic infections, the Gene Amplification Instrument is an independent dual-block design, precise temperature control, gradient optimization capability, and rapid ramp rate ensure accurate, reproducible PCR results with faster turnaround times—guiding appropriate treatment decisions across clinical infectious disease, oncology, genetics, and molecular diagnostics applications.
Gene Amplification Instrument (TC2000-G3)
The Gene Amplification Instrument is a triple-block independent gradient thermal cycler featuring three separate 32-well aluminum blocks (96 total wells), each with independent temperature control, advanced Peltier heating/cooling technology (5°C/sec ramp rate), precise temperature control (±0.1°C accuracy), excellent temperature uniformity (±0.2°C at 55°C), edge temperature compensation, 10.1-inch LCD color touchscreen (1280×800), independent gradient capability (1-25°C span per block), Touchdown PCR support (-10°C to +10°C), Long PCR support (-600 sec to +600 sec), power failure protection, Wi-Fi connectivity, email notification, three-level user permission management with password protection, and independent operation logs, designed for ultra-high-throughput DNA amplification in clinical diagnostic, molecular biology, and research laboratories .
Key features include three independent 32-well aluminum blocks that can run different PCR programs simultaneously—enabling concurrent processing of up to three different patient panels (e.g., respiratory panel, bloodborne panel, gastrointestinal panel), tripling throughput while maintaining independent temperature control and gradient settings per block . The self-adaptive pressure lever hot cap for each block provides one-step lid closure (30-115°C), adaptable to different PCR tube heights . The 10.1-inch touchscreen displays real-time progress for all three blocks simultaneously via independent countdown circles .
The Gene Amplification Instrument supports standard PCR, Touchdown PCR (-10°C to +10°C) for enhanced specificity, and Long PCR (-600 sec to +600 sec) for large fragment amplification . Triple independent block gradient functionality allows simultaneous optimization of annealing temperatures for three different primer sets in a single run. Edge temperature compensation technology minimizes "edge effect" and ensures consistent amplification across all wells . Independent cavity design prevents cross-contamination between different sample types .
Three-level user permission management (guest, account authentication, administrator) with password protection ensures data security and regulatory compliance for ultra-high-throughput diagnostic laboratories . The built-in Wi-Fi module allows simultaneous control of multiple PCR instruments from one computer via LAN, with email notifications sent upon run completion . Automatic self-test at power-up detects all working modules .
For the clinical laboratory scientist and molecular biologist, the Gene Amplification Instrument supports ultra-high-throughput infectious disease detection (concurrent COVID-19, HIV, and hepatitis testing; respiratory, bloodborne, and gastrointestinal pathogen panels), triple independent genetic mutation screening, viral load monitoring, gene cloning, DNA sequencing preparation, forensic DNA analysis (STR amplification), food safety pathogen detection and GMO screening, and Touchdown/Long PCR applications .
Universal voltage (100-240V, 50/60Hz) enables use in laboratories worldwide without voltage conversion, while the moderate footprint (422 × 310 × 252 mm) and weight (11 kg) allow easy benchtop placement . The 0-105°C temperature range, 5°C/sec ramp rate, and Peltier lifespan of up to 200,000 cycles (supporting 20,000 cycles) provide rapid, reliable thermal cycling for ultra-high-throughput routine and advanced diagnostic applications . At 1500W power consumption, the G3 model provides the highest throughput capacity in the TC2000 series for maximum laboratory productivity .
For the patient undergoing infectious disease testing, genetic screening for hereditary disorders, or viral load monitoring for chronic infections, the Gene Amplification Instrument is a triple independent block design, precise temperature control, gradient optimization capability, and rapid ramp rate ensure accurate, reproducible PCR results with the fastest possible turnaround times—guiding appropriate treatment decisions across clinical infectious disease, oncology, genetics, and molecular diagnostics applications.
Handheld Homogenizer (D-160)
The Handheld Homogenizer is a portable, lightweight rotor-stator homogenizer featuring variable speed control (8,000-32,000 rpm with 10 speed settings), interchangeable autoclavable 316L stainless steel dispersing shafts, and an ergonomic handheld design, engineered for rapid homogenization, dispersion, and emulsification of biological tissues, cells, and clinical specimens in diagnostic and research laboratories .
Key features include a 160W AC carbon brush motor, 10-stage adjustable speed dial for precise control of homogenization intensity , interchangeable dispersing shafts (DS-160/5: 5mm diameter, 0.1-50 mL working volume; DS-160/10: 10mm diameter, 1-250 mL working volume) , and fully autoclavable 316L stainless steel construction with PTFE seals for chemical resistance and contamination prevention . The compact (45 × 55 × 190 mm) and lightweight (0.54 kg) design allows single-handed operation and easy transport between workstations . An optional H370 stand enables hands-free, stationary operation .
For the histotechnologist and pathologist, the D-160 processes tissue samples such as muscle, liver, breast, and other organs in 10-30 seconds —enabling rapid preparation of homogenized specimens for histological examination, immunohistochemistry, and diagnostic pathology . For the molecular biologist, it supports cell disruption and nucleic acid extraction for PCR-based infectious disease testing, genetic screening, and oncology biomarker detection . For the clinical microbiologist, it processes bacterial and fungal specimens for pathogen identification and antimicrobial susceptibility testing .
For the patient undergoing biopsy for suspected cancer, inflammatory disease, or infectious condition, the Handheld Homogenizer rapid tissue homogenization reduces turnaround time for diagnostic results, enabling earlier diagnosis and treatment initiation . For patients requiring molecular diagnostic testing, efficient cell lysis and nucleic acid extraction ensure accurate PCR and sequencing results that guide appropriate treatment decisions across clinical pathology, molecular diagnostics, and infectious disease testing applications .
Heating Mantle for 1000mL Beaker (HB1000)
The Heating Mantle for 1000mL Beaker (HB1000) is a dedicated, form‑fitting electric heating mantle engineered for safe, uniform, and efficient heating of 1000 mL beakers in clinical chemistry, pharmaceutical quality control, analytical chemistry, and medical laboratory science education. With a precisely machined inner diameter (118.75 mm) for optimal thermal contact, this heating mantle provides a maximum temperature of 450 °C and a power consumption appropriately scaled for 1000mL capacity, making it ideal for larger‑scale sample digestion, bulk reagent preparation, high‑throughput buffer heating, and educational large‑volume teaching demonstrations.
Every Heating Mantle for 1000mL Beaker (HB1000) features an enclosed heating element embedded within a chemically resistant fiberglass chamber, which provides excellent thermal insulation while protecting the user from burns and the element from chemical spills. The rigid outer metal housing ensures durability for heavy clinical diagnostic laboratory demands, and the bottom‑entry port allows connection of an optional temperature probe for precise temperature monitoring. The unit is typically sold with an external analog or digital controller for adjustable heating intensity.
Key user‑focused features include uniform heat distribution across the beaker wall, which prevents localized overheating and ensures reproducible results; fiberglass insulation that keeps the external housing at a safe temperature; chemical spill resistance that absorbs small spills without short‑circuiting; and a form‑fitting design that securely holds the beaker in place. The larger 1000 mL beaker format allows for unobstructed observation of boiling, dissolution, and crystallization phenomena directly through the glassware while supporting higher throughput or larger batch sizes.
For the clinical chemistry technologist, toxicology analyst, pharmaceutical quality control scientist, and teaching laboratory instructor, the Heating Mantle for 1000mL Beaker (HB1000) delivers the safe, uniform, and efficient heating required for larger‑volume sample digestion for trace element analysis (blood lead, urine cadmium), bulk buffer and reagent preparation, large‑scale dissolution testing simulation, and teaching fundamental heating techniques at a teaching laboratory scale. For the patient, reliable and reproducible heating ensures that diagnostic test results for heavy metal poisoning, metabolic disorders, and pharmaceutical products are accurate and consistent, directly supporting effective clinical decision‑making and patient safety.
Heating Mantle for 1000mL Round-bottom Flask (HF1000)
The Heating Mantle for 1000mL Round-bottom Flask (HF1000) is a dedicated, form-fitting electric heating mantle engineered for safe, uniform, and efficient heating of 1000 mL round-bottom flasks in pharmaceutical research, industrial chemical synthesis, analytical chemistry, and advanced educational laboratories. With a precision-machined inner diameter of 144.75 mm for optimal thermal contact and uniform heat distribution, this heating mantle provides a maximum temperature of 450 °C and a typical power consumption of 300–350 W, making it ideal for large-scale distillation, bulk solvent recovery, high-volume chemical synthesis, and general industrial laboratory heating applications.
Every Heating Mantle for 1000mL Round-bottom Flask (HF1000) features a robust fiberglass heating chamber embedded with nichrome heating wire, providing excellent heat exchange and uniform temperature distribution across the flask surface. The ceramic wool insulation minimises heat build-up on the outside surface, keeping the external housing at a safe temperature and protecting the user from burns while also enhancing thermal efficiency for energy conservation. The precisely contoured 144.75 mm inner diameter perfectly matches 1000 mL flask dimensions, delivering optimal thermal contact and reliable performance for various large-scale laboratory heating applications requiring flask-based setups. The industrial-grade construction is built for demanding laboratory applications, while the powder-coated steel housing with acid-resistant epoxy coating ensures reliable performance in demanding chemical environments.
Key user-focused features include uniform heat distribution across the flask wall which prevents localized overheating and ensures reproducible results; ceramic wool insulation that keeps the external housing at a safe temperature; chemical and thermal resistant powder-coated housing that withstands industrial laboratory spills; and a precisely contoured design that securely holds the flask in place while providing clear visibility of the top half of the flask during operation. The semi-rigid design conforms to the flask's shape, reducing stress and enhancing heat transfer efficiency while reducing breakage risk.
For the research scientist, pharmaceutical chemist, industrial laboratory technician, and quality control analyst, the Heating Mantle for 1000mL Round-bottom Flask (HF1000) delivers the safe, uniform, and efficient heating required for large-scale chemical synthesis, distillation, reflux, extraction, sample digestion, and quality control testing. For the patient, reliable and reproducible heating ensures that pharmaceutical research, industrial chemical production, clinical testing, and educational training are conducted with consistent and accurate thermal conditions, directly supporting effective drug development, reliable diagnostic protocols, industrial safety standards, and the training of future laboratory professionals.
Heating Mantle for 100mL Beaker (HB100)
The Heating Mantle for 100mL Beaker (HB100) is a dedicated, form‑fitting electric heating mantle engineered for safe, uniform, and efficient heating of 100mL beakers in clinical chemistry, pharmaceutical quality control, analytical chemistry, and medical laboratory science education. With a precisely machined inner diameter of 54.75mm for optimal thermal contact, this heating mantle provides a maximum temperature of 450°C and power consumption appropriately scaled for 100mL capacity, making it ideal for small‑volume sample digestion, small‑batch reagent preparation, limited‑volume solvent heating, and compact benchtop‑sized teaching demonstrations.
Every Heating Mantle for 100mL Beaker (HB100) features an enclosed heating element embedded within a chemically resistant fiberglass chamber, which provides excellent thermal insulation while protecting the user from burns and the element from chemical spills. The rigid outer metal housing ensures durability for clinical diagnostic laboratory demands, and the bottom‑entry port allows connection of an optional temperature probe for precise temperature monitoring. The unit is typically sold with an external analog or digital controller for adjustable heating intensity.
Key user‑focused features include uniform heat distribution across the beaker wall, which prevents localized overheating and ensures reproducible results; fiberglass insulation that keeps the external housing at a safe temperature; chemical spill resistance that absorbs small spills without short‑circuiting; and a form‑fitting design that securely holds the beaker in place. The smaller 100mL beaker format allows for unobstructed observation of boiling, dissolution, and crystallization phenomena directly through the glassware while supporting precious or limited‑volume specimens.
For the clinical chemistry technologist, toxicology analyst, pharmaceutical quality control scientist, and teaching laboratory instructor, the Heating Mantle for 100mL Beaker (HB100) delivers the safe, uniform, and efficient heating required for small‑volume sample digestion for trace element analysis (pediatric blood lead, cerebrospinal fluid metals), small‑batch reagent preparation, small‑scale dissolution testing simulation, and teaching fundamental heating techniques at the individual student workstation level. For the patient, reliable and reproducible heating ensures that diagnostic test results for heavy metal poisoning in pediatric populations, metabolic disorders in limited specimen volumes, and pharmaceutical product quality during early validation are accurate and consistent, directly supporting effective clinical decision‑making and patient safety.
Heating Mantle for 100mL Round‑bottom Flask (HF100)
The Heating Mantle for 100mL Round‑bottom Flask (HF100) is a dedicated, form‑fitting electric heating mantle engineered for safe, uniform, and efficient heating of 100 mL round‑bottom flasks in pharmaceutical research, chemical synthesis, analytical chemistry, and educational laboratories. With a precision‑machined inner diameter of 72.75 mm for optimal thermal contact, this heating mantle provides a maximum temperature of 450 °C and power consumption of 80–100 W, making it ideal for distillation, reflux, solvent evaporation, and general laboratory heating applications.
Heating Mantle for 100mL Round‑bottom Flask (HF100) features a hand‑knitted, non‑asbestos fiberglass heating chamber embedded with nichrome wire, providing excellent heat exchange and uniform temperature distribution across the flask surface. The ceramic wool insulation ensures superior thermal efficiency, minimizing heat loss and keeping the external housing cool to the touch. The special powder‑coated metal housing offers excellent heat and chemical resistance for long‑term durability.
Key user‑focused features include uniform heat distribution across the flask wall, which prevents localized overheating and ensures reproducible results; fiberglass and ceramic wool insulation that keeps the external housing at a safe temperature; chemical and thermal resistant housing that withstands laboratory spills; and a precisely contoured design that securely holds the flask in place while providing up to 300°C of vertical clearance for observers to easily view the top half of the flask. The hemispherical heating chamber maintains direct contact with the glassware for efficient heat transfer.
For the research scientist, pharmaceutical chemist, and laboratory technician, the Heating Mantle for 100mL Round‑bottom Flask (HF100) delivers the safe, uniform, and efficient heating required for chemical synthesis, distillation, reflux, extraction, and sample digestion. For the patient, reliable and reproducible heating ensures that pharmaceutical research, clinical testing, and educational training are conducted with consistent and accurate thermal conditions, directly supporting effective drug development, reliable diagnostic protocols, and the training of future medical laboratory professionals.
Heating Mantle for 250mL Beaker (HB250)
The Heating Mantle for 250mL Beaker (HB250) is a dedicated, form-fitting electric heating mantle engineered for safe, uniform, and efficient heating of 250 mL beakers in clinical chemistry, pharmaceutical quality control, analytical chemistry, and educational laboratories. With a precisely machined inner diameter of 72.75 mm to ensure optimal thermal contact, this heating mantle provides a maximum temperature of 450°C and a maximum power consumption of 150W, making it ideal for sample digestion, reagent preparation, dissolution testing, and general laboratory heating applications.
Every Heating Mantle for 250mL Beaker (HB250) features an enclosed heating element embedded within a chemically resistant fiberglass chamber, which provides excellent thermal insulation while protecting the user from burns and the element from chemical spills. The rigid outer metal housing ensures durability, and the bottom-entry port allows connection of an optional temperature probe for precise temperature monitoring. The unit is typically sold with an external analog or digital controller for adjustable heating intensity.
Key user-focused features include uniform heat distribution across the beaker wall, which prevents localized overheating and ensures reproducible results; fiberglass insulation that keeps the external housing at a safe temperature; chemical spill resistance that absorbs small spills without short-circuiting; and a form-fitting design that securely holds the beaker in place. The beaker format allows for unobstructed observation of boiling, dissolution, and crystallization phenomena directly through the glassware.
For the clinical chemistry technologist, toxicology analyst, and pharmaceutical quality control scientist, the Heating Mantle for 250mL Beaker (HB250) delivers the safe, uniform, and efficient heating required for sample digestion for trace element analysis, buffer and reagent preparation, dissolution testing simulation, and teaching fundamental heating techniques. For the patient, reliable and reproducible heating ensures that diagnostic test results for heavy metal poisoning, metabolic disorders, and pharmaceutical products are accurate and consistent, directly supporting effective clinical decision-making and patient safety.
Heating Mantle for 250mL Round‑bottom Flask (HF250)
The Heating Mantle for 250mL Round‑bottom Flask (HF250) is a dedicated, form‑fitting electric heating mantle engineered for safe, uniform, and efficient heating of 250 mL round‑bottom flasks in pharmaceutical research, chemical synthesis, analytical chemistry, and educational laboratories. With a precision‑machined inner diameter of 89.75 mm for optimal thermal contact, this heating mantle provides a maximum temperature of 450 °C and a typical power consumption of 150 W, making it ideal for distillation, reflux, solvent evaporation, and general laboratory heating applications.
Heating Mantle for 250mL Round‑bottom Flask (HF250) features a robust fiberglass heating chamber embedded with nichrome heating wire, providing excellent heat exchange and uniform temperature distribution across the flask surface. The fiberglass mesh insulation minimises heat build‑up on the outside surface, keeping the external housing at a safe temperature and protecting the user from burns while also enhancing thermal efficiency for energy conservation. The precisely contoured 89.75 mm inner diameter perfectly matches 250 mL flask dimensions, delivering optimal thermal contact and reliable performance for various laboratory heating applications requiring flask‑based setups.
Key user‑focused features include uniform heat distribution across the flask wall which prevents localized overheating and ensures reproducible results; fiberglass insulation that keeps the external housing at a safe temperature; chemical and thermal resistant housing that withstands laboratory spills; and a precisely contoured design that securely holds the flask in place while providing clear visibility of the top half of the flask during operation. The hemispherical heating chamber maintains direct contact with the glassware for efficient heat transfer.
For the research scientist, pharmaceutical chemist, and laboratory technician, the Heating Mantle for 250mL Round‑bottom Flask (HF250) delivers the safe, uniform, and efficient heating required for chemical synthesis, distillation, reflux, extraction, and sample digestion. For the patient, reliable and reproducible heating ensures that pharmaceutical research, clinical testing, and educational training are conducted with consistent and accurate thermal conditions, directly supporting effective drug development, reliable diagnostic protocols, and the training of future medical laboratory professionals.
Heating Mantle for 500mL Round‑bottom Flask (HF500)
Heating Mantle for 500mL Round‑bottom Flask (HF500) is a dedicated, form‑fitting electric heating mantle engineered for safe, uniform, and efficient heating of 500 mL round‑bottom flasks in pharmaceutical research, chemical synthesis, analytical chemistry, and educational laboratories. With a precision‑machined inner diameter of 118.75 mm for optimal thermal contact and uniform heat distribution, this heating mantle provides a maximum temperature of 450 °C and a typical power consumption of 200 W, making it ideal for distillation, reflux, solvent evaporation, and general laboratory heating applications.
Heating Mantle for 500mL Round‑bottom Flask (HF500) features a robust fiberglass heating chamber embedded with nichrome heating wire, providing excellent heat exchange and uniform temperature distribution across the flask surface. The fiberglass mesh insulation minimises heat build‑up on the outside surface, keeping the external housing at a safe temperature and protecting the user from burns while also enhancing thermal efficiency for energy conservation. The precisely contoured 118.75 mm inner diameter perfectly matches 500 mL flask dimensions, delivering optimal thermal contact and reliable performance for various laboratory heating applications requiring medium‑scale flask‑based setups.
Key user‑focused features include uniform heat distribution across the flask wall which prevents localized overheating and ensures reproducible results; fiberglass insulation that keeps the external housing at a safe temperature; chemical and thermal resistant housing that withstands laboratory spills; and a precisely contoured design that securely holds the flask in place while providing clear visibility of the top half of the flask during operation. The hemispherical heating chamber maintains direct contact with the glassware for efficient heat transfer.
Heating Mantle for 500mL Round‑bottom Flask (HF500) delivers the safe, uniform, and efficient heating required for chemical synthesis, distillation, reflux, extraction, and sample digestion as per for the research scientist, pharmaceutical chemist, and laboratory technician. For the patient, reliable and reproducible heating ensures that pharmaceutical research, clinical testing, and educational training are conducted with consistent and accurate thermal conditions, directly supporting effective drug development, reliable diagnostic protocols, and the training of future medical laboratory professionals.
Heating Plate (DHP4-550)
The Heating Plate (DHP4-550) is a compact, precision benchtop heating instrument engineered for accurate, safe, and reproducible heating of clinical samples, reagents, biological specimens, and laboratory solutions in clinical diagnostics, molecular biology, microbiology, and pharmaceutical research. Featuring a 4-inch (100×100 mm) glass ceramic work plate that resists strong acids, strong alkalis, and high temperatures, this hot plate provides a temperature range from room temperature up to 550°C with ±1°C temperature control accuracy and 1°C setting increments.
Every Heating Plate (DHP4-550) is equipped with an integrated LCD display that simultaneously shows set temperature and real-time temperature, a programmable timer from 1 minute to 99 hours 59 minutes that automatically stops heating on completion, and a safety lock to prevent accidental changes to operating status. The PT1000 external temperature sensor port (±0.2°C accuracy, sensor sold separately) enables precise temperature control of the liquid or vessel surface rather than just the work plate for sensitive applications.
Key safety features include dual independent safety circuits that continuously monitor sensor status, temperature, and electrical conditions; user-adjustable maximum safety temperature to prevent overheating; and automatic shutdown with buzzer and error message if sensor failure, over-temperature, or electrical fault is detected. The corrosion-resistant all-metal housing provides good heat dissipation and fire protection, while the raised waterproof edge and drainage platform prevent liquid spills from entering internal electronics.
The Heating Plate (DHP4-550) is constructed with a glass ceramic work plate that withstands strong acids, strong alkalis, and temperatures up to 550°C without degradation. The all-metal chassis is also corrosion-resistant, and the non-slip rubber feet ensure stability during operation.
For the clinical laboratory scientist, clinical chemistry technologist, and microbiology specialist, the Heating Plate (DHP4-550) delivers the precise, safe, and reproducible heating required for clinical sample digestion, immunoassay incubation, microbiological media preparation, protein denaturation, and DNA denaturation workflows. For the patient, accurate and consistent sample preparation using precisely controlled heating ensures that downstream diagnostic test results are reliable and reproducible, directly supporting effective clinical decision-making and appropriate patient care.
Hematocrit Centrifuge (DM1224)
The Hematocrit Centrifuge (DM1224) is a specialized high-speed benchtop centrifuge designed for hematocrit determination, packed cell volume (PCV) measurement, and microvolume blood sample processing in clinical diagnostic and research laboratories . Operating at speeds up to 12,000 rpm (13,680 × g) with a maintenance-free brushless DC motor, this centrifuge features a dedicated 24-place AC24 capillary rotor specifically engineered for standard hematocrit capillary tubes .
For the hematologist and clinical laboratory scientist, the DM1224 enables precise measurement of packed cell volume—a critical diagnostic parameter for screening and monitoring anemia, polycythemia, dehydration, and other hematological disorders . The microvolume capability (50-75 μL blood samples) makes this centrifuge ideal for pediatric, neonatal, geriatric, and critical care patients where blood conservation is essential . The integrated rotor design with optional hematocrit reader allows direct measurement of PCV values, providing rapid results for clinical decision-making .
The centrifuge features microprocessor-controlled operation with precise speed control (500-12,000 rpm, increment: 100 rpm), LCD display with speed/RCF switchover, and programmable run times from 10 seconds to 99 minutes or continuous operation . The Pulse key enables instantaneous centrifugation for quick spin-down needs, while the timer logic ensures accurate separation times by commencing once set speed is reached . Acceleration and deceleration are completed in 40 seconds each, optimizing cycle times for high-volume clinical laboratories .
Safety features include double door lock system (door interlock) preventing operation with open lid, over-speed detection, and automatic internal diagnosis, with CE safety certification . The high-strength metal rotor with excellent dynamic balancing ensures quiet, stable operation at high speeds .
With a compact footprint (364 × 280 × 213 mm), lightweight design (8.5 kg), and 24-tube capacity, the DM1224 provides reliable, specialized performance for hematocrit determination, PCV measurement, and microvolume blood processing—supporting patient diagnosis across clinical hematology, pediatrics, oncology, and transfusion medicine .
Hematocrit Centrifuge(DM1424)
The Hematocrit Centrifuge(DM1424) is a specialized high-speed benchtop centrifuge designed for hematocrit determination, packed cell volume (PCV) measurement, and micro-volume blood sample processing in clinical diagnostic and research laboratories . Operating at speeds from 200 to 14,000 rpm (up to 18,620 × g) with a maintenance-free brushless DC motor, this centrifuge features a dedicated AC24P hematocrit rotor for 24 × standard capillary tubes (12,000 rpm max) used for determination of erythrocyte volume fractions in blood and for separation of micro blood and solutions . An optional A24-2P microtube rotor (24 × 1.5/2.0 mL tubes, 14,000 rpm max) enables the same instrument to serve as a general-purpose microcentrifuge for DNA/RNA extraction, protein separation, and PCR sample preparation .
For the hematologist and clinical laboratory scientist, the DM1424 enables precise measurement of hematocrit (HCT) and packed cell volume (PCV)—critical diagnostic parameters for screening and monitoring anemia, polycythemia, dehydration, and other hematological disorders . The micro-volume capability makes this centrifuge ideal for neonatal bilirubin testing (photometric determination of bilirubin content in neonate blood samples for jaundice management), pediatric hematology, and critical care patients where blood conservation is essential . Additional clinical applications include doping tests, veterinary hematology, infant vitamin testing, and general clinical diagnostic testing .
The centrifuge features microprocessor-controlled operation with precise speed increments (10 rpm), LCD display with speed/RCF switchover, programmable run times (30 seconds to 99 minutes or continuous), and timer logic that commences once set speed is reached for accurate separation times . The PULSE key enables instantaneous quick spins, while parameters can be modified after set speed is reached without stopping the centrifuge . The lid automatically releases when operation has stopped, and a sound alert signals run completion .
Safety features include door interlock (prevents operation with open lid), over-speed detection, over-temperature detection, and automatic internal diagnosis, with CE, cTUVus, and FCC safety certifications . The centrifuge has passed MCA test according to IEC/EN61010-2-20 including explosion-proof and bio-safe tests, and complies with EN61010-2-101:2002 requirements for In Vitro Diagnostic (IVD) medical equipment .
With a compact footprint (approximately 15 × 11 × 11 inches), lightweight design (22 lbs), 2-year manufacturer warranty, and quiet, stable operation, the DM1424 provides reliable, specialized performance for hematocrit determination, PCV measurement, neonatal bilirubin testing, and micro-volume blood processing—supporting patient diagnosis across clinical hematology, neonatology, pediatrics, oncology, and transfusion medicine .
High Speed Centrifuge (DG1616)
The High Speed Centrifuge (DG1616) is a large-capacity benchtop centrifuge designed for high-throughput sample processing in clinical diagnostic, molecular biology, pharmaceutical, and industrial research laboratories . With a maximum speed of 16,000 rpm (up to 28,621 × g) and maximum capacity of 4 × 400 mL (1.6 liters), this centrifuge provides the speed and capacity needed for high-volume sample processing in clinical pathology, molecular diagnostics, and research settings .
The centrifuge features a maintenance-free brushless DC motor, new upgraded touch UI interface for user-friendly operation, and automatic rotor identification for safety . The SR400 SOR swing-out rotor accommodates 4 × 400 mL tubes with snap-on bio-caps, handling tube sizes from 2 mL to 100 mL, while fixed-angle rotors are available for high-speed applications up to 16,000 rpm . The refrigerated DG1616R model maintains sample temperatures from -10°C to 40°C, protecting temperature-sensitive biological samples during high-speed runs .
For the clinical laboratory scientist and medical technologist, the DG1616 facilitates serum and plasma separation for blood chemistry testing, coagulation studies, and lipid panels in high-volume clinical laboratories . It supports platelet-poor plasma preparation for advanced coagulation analysis, nucleic acid extraction and purification for molecular diagnostics, protein precipitation for biochemical assays, and cell pelleting for culture processing. Additional applications include urinalysis and fecal sample processing, microbiology sample preparation, and pharmaceutical quality control testing .
The centrifuge incorporates comprehensive safety features including electronic magnetic door locking, automatic rotor identification, imbalance detection, and 3-layer sealed rotors that are fully autoclavable at 121°C for biosafety . With programmable run times (30 seconds to 99 hours), 9 acceleration and 9 deceleration profiles, up to 100 program storage capacity, and a robust 70-90 kg construction, the DG1616 provides reliable, consistent performance for routine laboratory workflows supporting patient diagnosis and treatment monitoring .
High Speed Micro Centrifuge (D1524)
The High Speed Micro Centrifuge (D1524) is a benchtop high-speed centrifuge designed for clinical diagnostic sample processing, molecular biology applications, and research laboratory use . With a maximum speed of 15,000 rpm (up to 21,380 × g), this centrifuge provides the speed and capacity needed for high-throughput sample processing in moderate to large volume diagnostic laboratories .
The standard A24-2 rotor accommodates 24 × 1.5/2.0 mL microcentrifuge tubes with 0.5 mL and 0.2 mL adapters, while an optional A12-PCR8 rotor supports 12 × 0.2 mL PCR tubes or 8-strip PCR tubes for molecular diagnostics . The digital LCD display with touch panel control allows precise speed (500-15,000 rpm, step: 100 rpm) and time (20 seconds to 99 minutes) adjustment .
For the clinical laboratory scientist and medical technologist, the D1524 facilitates serum and plasma separation for blood chemistry testing, coagulation studies, and lipid panels . It supports platelet-poor plasma preparation for advanced coagulation analysis, nucleic acid extraction and purification for molecular diagnostics, PCR sample preparation (with spin-down and continuous operation modes), and protein precipitation steps for biochemical assays .
The automatic imbalance detection, lid safety interlock, and durable engineering polymer/aluminum alloy rotor construction ensure safe, reliable operation throughout years of daily laboratory use . With a quiet DC motor (≤55 dB) and compact benchtop footprint (210 × 250 × 170 mm), the D1524 provides versatile, consistent performance for routine laboratory workflows supporting patient diagnosis and treatment monitoring.
High Speed Micro Centrifuge (D3024)
The High Speed Micro Centrifuge (D3024) is a benchtop high-speed centrifuge designed for clinical diagnostic sample processing, molecular biology applications, and research laboratory use. With a maximum speed of 15,000 rpm (up to 21,380 × g), this centrifuge provides the speed and capacity needed for high-throughput sample processing in moderate to large volume diagnostic laboratories.
The standard A24-2 rotor accommodates 24 × 1.5/2.0 mL microcentrifuge tubes with 0.5 mL and 0.2 mL adapters, while optional rotors support 0.2 mL × 36, 0.5 mL × 36, PCR strips × 4, 5 mL × 12, and 5 mL × 18 configurations. The LCD display with touch panel control allows precise speed (500-15,000 rpm, step: 100 rpm) and time (20 seconds to 99 minutes) adjustment.
For the clinical laboratory scientist and medical technologist, the D3024 facilitates serum and plasma separation for blood chemistry testing, coagulation studies, and lipid panels. It supports nucleic acid extraction and purification for molecular diagnostics, PCR sample preparation (with spin-down and continuous operation modes), protein precipitation steps for biochemical assays, and cell pelleting for culture processing.
The automatic imbalance detection, lid safety interlock, over-speed detection, over-temperature detection, and durable rotor construction ensure safe, reliable operation throughout years of daily laboratory use. With a quiet brushless DC motor (≤55 dB) and compact benchtop footprint (210 × 250 × 170 mm), the D3024 provides versatile, consistent performance for routine laboratory workflows supporting patient diagnosis and treatment monitoring.
High Speed Micro Centrifuge(D2012S)
The High Speed Micro Centrifuge(D2012S) is a compact benchtop centrifuge designed for rapid sample processing in clinical diagnostic, molecular biology, and research laboratories. Operating at speeds up to 15,000 rpm (15,100 × g) with a quiet brushless DC motor, this microcentrifuge supports 12-position rotor capacity for 0.2/0.5/1.5/2.0 mL microcentrifuge tubes with tool-free rotor exchange and adapter compatibility.
For the clinical laboratory scientist and medical technologist, the D2012S facilitates serum and plasma separation for blood chemistry testing, coagulation studies, and lipid panels. It supports DNA/RNA extraction and purification for molecular diagnostics, PCR sample preparation (including 0.2 mL PCR tubes and 8-strip tubes), protein precipitation for biochemical assays, cell pelleting for culture processing, and urinalysis sample clarification.
The centrifuge features rapid acceleration (11 seconds) and deceleration (9 seconds) cycles, precise speed control, and programmable run times from 30 seconds to 99 minutes or continuous operation. The large LCD display provides real-time monitoring of speed, RCF, and run progress, with Speed/RCF switchover for user convenience. Pulsed (short-run) operation mode allows quick spin-downs for immediate sample processing needs.
Safety features include automatic lid lock, over-speed detection, over-temperature detection, rotor imbalance detection alarm, and auto internal diagnosis system. The D2012S has passed rigorous EN61010-2-20 explosion-proof safety testing and holds CE, cTUVus, and FCC safety certifications. The cast iron chassis with low center of gravity and four vacuum suction feet ensures stable, reliable operation during high-speed centrifugation.
With a compact footprint (255 × 245 × 140 mm) and lightweight (6 kg) design, the D2012S provides versatile, consistent performance for routine laboratory workflows supporting patient diagnosis and treatment monitoring.
High Speed Palm Micro Centrifuge(D1012U)
The High Speed Palm Micro Centrifuge(D1012U) is a compact, high-speed centrifuge designed for rapid sample processing in clinical and research laboratories. Operating at speeds up to 12,000 rpm (up to 6,708 × g) with a quiet DC motor, this palm-sized centrifuge supports multiple rotor configurations—including 12 x 0.5/1.5/2.0 mL microcentrifuge tubes, 44 x 0.2 mL PCR tubes, and 4 x 0.2 mL PCR 8-strips . The OLED display allows precise monitoring and adjustment of speed (1,000-12,000 rpm) and run time (10 seconds to 20 minutes), while the clamp-locking rotor design ensures safe, secure operation . For the clinical laboratory scientist and medical technologist, the D1012U facilitates rapid separation of blood components for diagnostic testing, PCR sample preparation for molecular diagnostics, microfiltration of body fluids for urinalysis and cytology, and cell pelleting for cytological examination . Its compact footprint (210 x 180 x 130 mm) and lightweight design (1.5 kg) make it ideal for point-of-care testing, physician office laboratories, and space-constrained benchtops . Wide voltage technology (100-240V) ensures consistent performance across different laboratory power conditions . This centrifuge provides reliable, consistent performance for routine laboratory workflows supporting patient diagnosis and treatment monitoring.
High Speed Palm Micro Centrifuge(D1012UA )
The High Speed Palm Micro Centrifuge(D1012UA ) is a compact, high-speed centrifuge designed for rapid sample processing in clinical and research laboratories. Operating at speeds up to 10,000 rpm (up to 7,490 × g) with a quiet DC brushless motor, this palm-sized centrifuge supports multiple rotor configurations—including 12 x 0.5/1.5/2.0 mL microcentrifuge tubes, 44 x 0.2 mL PCR tubes, and 4 x 0.2 mL PCR 8-strips . The OLED display allows precise monitoring and adjustment of speed (2,000-10,000 rpm) and run time (10 seconds to 20 minutes) . The FA12-2P combo rotor features a durable clamp-locking design for safe, secure operation .
For the clinical laboratory scientist and medical technologist, the D1012UA facilitates rapid spin-down of samples for PCR preparation , microfiltration of body fluids for urinalysis and cytology, cell pelleting for cytological examination , and nucleic acid extraction and purification workflows . The screen buttons allow adjustment of motor start/stop with support for both soft braking and instant stop modes .
Its compact footprint (210 x 180 x 130 mm) and lightweight design (1.5 kg) make it ideal for point-of-care testing, physician office laboratories, and space-constrained benchtops . Wide voltage technology (100-240V) ensures consistent performance across different laboratory power conditions . This centrifuge provides reliable, consistent performance for routine laboratory workflows supporting patient diagnosis and treatment monitoring.
High Speed Refrigerated Centrifuge (D1524R)
The High Speed Refrigerated Centrifuge (D1524R) is a benchtop refrigerated microcentrifuge designed for temperature-sensitive sample processing in clinical diagnostic, molecular biology, and research laboratories. With a maximum speed of 15,000 rpm (up to 21,380 × g) and a temperature range of -20°C to 40°C, this centrifuge maintains sample integrity during high-speed runs—preventing protein denaturation, enzyme inactivation, and nucleic acid degradation .
The refrigerated centrifuge features a powerful R290 fluorine-free refrigerant compressor with pre-cooling function, reaching 4°C from room temperature in just 7 minutes . The standard AS24-2 bio-safe rotor accommodates 24 × 1.5/2.0 mL microcentrifuge tubes with 0.5 mL and 0.2 mL adapters, while optional rotors support 0.2 mL × 36, 0.5 mL × 36, PCR-8 strips × 4, 5 mL × 12, and 5 mL × 18 configurations .
For the clinical laboratory scientist and medical technologist, the D1524R facilitates serum and plasma separation for blood chemistry testing, coagulation studies, and lipid panels under refrigerated conditions. For the molecular biologist, it supports DNA/RNA extraction and purification, PCR sample preparation (spin-down of 0.2 mL PCR tubes and strip tubes), protein precipitation for biochemical assays, and cell pelleting for culture processing .
The centrifuge incorporates comprehensive safety features including dual door lock, over-speed detection, over-temperature detection, rotor imbalance detection alarm, and an internal diagnosis system . The three-layer sealed biosafety rotors prevent aerosol escape and cross-contamination, while the high-strength aluminum alloy rotors withstand repeated autoclave sterilization at 121°C .
With an LCD display, 9-level adjustable acceleration and deceleration, and up to 9 program storage capacity, the D1524R provides reliable, reproducible performance for temperature-controlled centrifugation supporting patient diagnosis, treatment monitoring, and research outcomes .
High Speed Refrigerated Centrifuge (DG1616R)
The High Speed Refrigerated Centrifuge (DG1616R) is a refrigerated, large-capacity benchtop centrifuge designed for temperature-controlled high-throughput sample processing in clinical diagnostic, molecular biology, pharmaceutical, and industrial research laboratories . With a maximum speed of 16,000 rpm (up to 28,621 × g) and maximum capacity of 4 × 400 mL (1.6 liters), this centrifuge provides the speed, capacity, and refrigeration needed for high-volume sample processing while protecting temperature-sensitive biological samples .
The active refrigeration system maintains sample temperatures from -10°C to 40°C, with a pre-cooling function that reaches 4°C in minutes—preventing protein denaturation, enzyme inactivation, and RNA degradation during high-speed runs . The DG1616R features a maintenance-free brushless DC motor, new upgraded touch UI interface for user-friendly operation, and automatic rotor identification for safety . The SR400 SOR swing-out rotor accommodates 4 × 400 mL tubes with snap-on bio-caps, handling tube sizes from 2 mL to 100 mL, while fixed-angle rotors are available for high-speed applications up to 16,000 rpm .
For the clinical laboratory scientist and medical technologist, the DG1616R facilitates serum and plasma separation for blood chemistry testing, coagulation studies, and lipid panels under refrigerated conditions . It supports platelet-poor plasma preparation for advanced coagulation analysis, nucleic acid extraction and purification for molecular diagnostics (preventing RNA degradation), protein precipitation for biochemical assays, and cell pelleting for culture processing while maintaining cell viability through temperature control. Additional applications include urinalysis, fecal sample processing, microbiology sample preparation, and pharmaceutical quality control testing .
The centrifuge incorporates comprehensive safety features including electronic magnetic door locking, automatic rotor identification, imbalance detection, and 3-layer sealed rotors that are fully autoclavable at 121°C for biosafety . With programmable run times (30 seconds to 99 hours), 9 acceleration and 9 deceleration profiles, up to 100 program storage capacity, and a robust 90 kg construction, the DG1616R provides reliable, temperature-controlled performance for routine laboratory workflows supporting patient diagnosis and treatment monitoring .
Infrared Heating Magnetic Stirrer (MS7‑H280‑G)
The Infrared Heating Magnetic Stirrer (MS7‑H280‑G) is a versatile, programmable benchtop instrument that combines a high‑performance magnetic stirrer with a full‑coverage infrared heating system on a 7‑inch (180×180 mm) glass ceramic work plate. By connecting optional interchangeable heating mantles (smart jackets), the same unit can securely heat round‑bottom flasks from 100 mL to 1000 mL or stir flat‑bottom beakers with a maximum capacity of 20 liters, making it ideal for distillation, reflux, sample digestion, buffer preparation, and general laboratory heating.
Every LCD 7‑inch Infrared Heating Magnetic Stirrer (MS7‑H280‑G) features a high‑resolution LCD display showing set and actual values for temperature, speed, and timer, a maintenance‑free brushless DC motor, and a glass ceramic work plate that resists strong acids and alkalis for easy cleaning. The full‑coverage infrared heating elements ensure uniform heat distribution up to 280 °C, and the optional PT1000 external temperature sensor (±0.2 °C accuracy) provides precise control of the actual sample liquid temperature.
Key user‑focused features include interchangeable heating mantle adapters for round‑bottom flasks (100 mL, 250 mL, 500 mL, 1000 mL), a programmable timer (1 minute to 99 hours 59 minutes), an RS232 interface for remote PC control and data logging, and a safety lock. Safety is paramount with dual independent safety circuits providing over‑temperature protection (340 °C hardware cutoff), an independent residual heat warning (“HOT” flashes at >50 °C and continues even after the unit is turned off), a spill drain channel, and IP21 protection.
For the research scientist, pharmaceutical chemist, and clinical laboratory technologist, the LCD 7‑inch Infrared Heating Magnetic Stirrer (MS7‑H280‑G) delivers the precise, safe, and versatile heating and stirring required for chemical synthesis, distillation, reflux, sample digestion for trace element analysis, buffer preparation, and drug dissolution testing. For the patient, reliable and reproducible heating ensures that diagnostic tests and pharmaceutical products are accurate and consistent, directly supporting effective clinical decision‑making, appropriate treatment selection, and patient safety.
Intelligent 3D Shaker (SK-D1810-S)
The Intelligent 3D Shaker (SK-D1810-S) featuring fixed 10° tilt angle, variable speed control (10-80 rpm), dual independent LED displays, programmable timer (1 minute to 99 hours 59 minutes), and a maintenance-free brushless DC motor, designed for gentle, uniform mixing of cell cultures, molecular biology samples, and diagnostic assays in clinical and research laboratories.
Key features include a 3-dimensional rocking motion at fixed 10° tilt angle for gentle, uniform mixing, dual independent LED displays for simultaneous monitoring of speed and time, programmable timer with automatic stop (1 minute to 99 hours 59 minutes), and a non-slip silicone work platform (268 × 268 mm) that securely holds flasks, culture flasks, petri dishes, centrifuge tubes, and blotting containers.
The Intelligent 3D Shaker (SK-D1810-S) accommodates a variety of laboratory vessels, with a maximum load capacity of 3 kg and 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. The IP21 protection rating provides durability against dust and moisture in typical laboratory environments.
For the clinical laboratory scientist and molecular biologist, the Intelligent 3D Shaker (SK-D1810-S) supports cell culture maintenance (uniform distribution of cells, nutrients, and reagents), DNA/RNA extraction protocols, Western blotting and antibody incubations (consistent reagent distribution across membranes), gel staining and destaining (automated, reproducible dye distribution), hybridization reactions for nucleic acid research, and immunoassays (ELISA plate incubation, reducing well-to-well variability).
Universal voltage (100-240V, 50/60Hz) enables use in laboratories worldwide without voltage conversion, while the compact footprint (294 × 348 × 123 mm) and moderate weight (3.7 kg) allow easy benchtop placement. The whisper-quiet brushless DC motor and wear-resistant silicone platform ensure minimal noise, extended service life, and easy cleaning.
For the patient undergoing diagnostic testing for infectious diseases, genetic disorders, or cancer biomarkers, the SK-D1810-S's gentle, uniform mixing ensures consistent cell culture conditions, reliable DNA extraction, reproducible antibody incubations, and accurate gel electrophoresis results—supporting reliable diagnostic outcomes that guide appropriate treatment decisions across molecular diagnostics, immunology, and cell biology applications.
Intelligent Decolorizing Shaker (SK-O180-S)
The Intelligent Decolorizing Shaker (SK-O180-S) is an intelligent orbital shaker featuring adjustable speed (50-350 rpm), fixed 20mm orbit amplitude, programmable timer (1-1199 minutes), RS232 interface, and a maintenance-free brushless DC motor, designed for uniform mixing of electrophoresis gels, Western blot membranes, and biological samples in clinical diagnostic and research laboratories .
Key features include orbital shaking action at 20mm orbit diameter for thorough, uniform mixing, dual independent LED displays for simultaneous monitoring of speed and time, programmable timer with automatic stop (1-1199 minutes), RS232 interface for computer connectivity and free PC software for real-time monitoring, user calibration support for speed accuracy, and a maintenance-free brushless DC motor for quiet, reliable operation . The 330 × 330 mm work platform with 3 kg load capacity securely holds culture dishes, flasks, beakers, blotting containers, and gel staining trays .
The Intelligent Decolorizing Shaker (SK-O180-S) accommodates a variety of laboratory vessels, 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 such as hybridizations and cell culture . The IP21 protection rating provides durability against dust and moisture in typical laboratory environments .
For the clinical laboratory scientist and molecular biologist, the SK-O180-S supports electrophoresis gel decolorization and staining (Coomassie blue, silver nitrate), Western blot membrane washing and antibody incubations, Southern and Northern blot hybridization reactions, immunoprecipitation (IP) protocols, liquid-solid suspension mixing (cell pellets, tissue homogenates), clinical sample preparation, and general liquid mixing for aeration and extraction applications .
Universal voltage (100-240V, 50/60Hz) enables use in laboratories worldwide without voltage conversion, while the moderate weight (6.5 kg) allows benchtop stability and efficient space utilization . The whisper-quiet brushless DC motor and safety speed protection ensure minimal noise, extended service life, and enhanced laboratory safety .
For the patient undergoing diagnostic testing for infectious diseases, genetic disorders, or cancer biomarkers, the Intelligent Decolorizing Shaker (SK-O180-S) uniform orbital mixing ensures consistent gel staining, reproducible antibody incubations, and accurate nucleic acid hybridization results—supporting reliable diagnostic outcomes that guide appropriate treatment decisions across molecular diagnostics, immunology, and cell biology applications .
Intelligent Decolorizing Shaker (SK-O330-M)
The Intelligent Orbital Decolorizing Shaker is a high-capacity, large-format digital orbital shaker featuring 10 mm orbit amplitude, variable speed control (70-400 rpm), dual independent LCD displays, programmable timer (1 minute to 99 hours 59 minutes), and a maintenance-free brushless DC motor, designed for high-throughput uniform mixing of electrophoresis gels, Western blot membranes, and biological samples in clinical diagnostic and research laboratories .
Key features include orbital shaking action at 10 mm orbit diameter for thorough, uniform mixing, dual independent LCD displays for simultaneous monitoring of speed and time, programmable timer with automatic stop (1 min to 99 hours 59 min), continuous or timed operation mode, and a maintenance-free brushless DC motor for quiet, reliable operation . The large 335 × 335 mm work platform with 3 kg load capacity securely holds multiple culture dishes, flasks, beakers, blotting containers, and gel staining trays .
The Intelligent Orbital Decolorizing Shaker accommodates a variety of laboratory vessels, 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 such as hybridizations and cell culture . The IP21 protection rating provides durability against dust and moisture in typical laboratory environments .
For the clinical laboratory scientist and molecular biologist, the Intelligent Orbital Decolorizing Shaker supports high-throughput electrophoresis gel decolorization and staining (Coomassie blue, silver nitrate), Western blot membrane washing and antibody incubations across multiple membranes, Southern and Northern blot hybridization reactions, immunoprecipitation (IP) protocols, liquid-solid suspension mixing (cell pellets, tissue homogenates), clinical sample preparation, and general liquid mixing for aeration and extraction applications .
Universal voltage (100-240V, 50/60Hz) enables use in laboratories worldwide without voltage conversion, while the moderate weight (9.8 kg) and compact footprint (420 × 370 × 100 mm) allow benchtop stability and efficient space utilization . The whisper-quiet brushless DC motor and over-speed detection and protection ensure minimal noise, extended service life, and enhanced laboratory safety .
For the patient undergoing diagnostic testing for infectious diseases, genetic disorders, or cancer biomarkers, the Intelligent Orbital Decolorizing Shaker uniform orbital mixing across large sample batches ensures consistent gel staining, reproducible antibody incubations, and accurate nucleic acid hybridization results—supporting reliable diagnostic outcomes that guide appropriate treatment decisions across high-volume molecular diagnostics, immunology, and cell biology applications.
Intelligent Rotary Evaporator – Integrated (RE100-CV)
The Intelligent Rotary Evaporator - Integrated (RE100-CV), space-saving distillation system that combines a heating bath, rotating motor, self-cooling metal condenser, and vacuum controller into a single benchtop unit . Designed for high-efficiency solvent removal, this unit features a large 7-inch LCD touch screen that allows for precise, synchronized control of rotation speed (20-280 rpm), heating temperature (RT to 180°C), and vacuum pressure (1-1000 mbar) . Its innovative self-cooling metal condenser can drop 40°C in 5 minutes, eliminating the need for an external chiller and reducing energy consumption by up to 50% compared to traditional models .
For the pharmaceutical researcher and petroleum chemist, the Intelligent Rotary Evaporator - Integrated (RE100-CV) facilitates critical sample preparation steps, including the concentration of heat-sensitive compounds, purification of active pharmaceutical ingredients (APIs), solvent recycling, and extraction of natural products . The motorized lift (150mm stroke) with power failure protection, together with a chemical-resistant double PTFE seal and a 220°C over-temperature protection, ensures high safety standards during automated distillation .
Isometric gene amplification instrument (TC1000-S)
The Isometric Gene Amplification Instrument is a 96-well benchtop thermal cycler (PCR instrument) featuring advanced Peltier heating/cooling technology (5°C/sec ramp rate), precise temperature control (accuracy ±0.3°C at 55°C), excellent temperature uniformity (<0.3°C at 55°C), edge temperature compensation to minimize "edge effect", 7-inch LCD color touchscreen (800×480), Touchdown PCR support (-9.9°C to +9.9°C), Long PCR support (-9min 59s to +9min 59s), power failure protection with automatic program recovery, and one-click fast incubation for denaturation/enzyme digestion/ELISA, designed for DNA amplification in clinical diagnostic, molecular biology, and research laboratories .
Key features include a 96-well aluminum block compatible with PCR tubes, 8-strips, and 96-well PCR plates, heated lid with automatic temperature control (30-110°C) and auto-off function when block <30°C, intuitive 7-inch color touchscreen for easy program editing, user-defined file system supporting up to 30 segments and 99 cycles per program, and storage for over 200 custom programs across 16 folders .
The Isometric gene amplification instrument supports standard PCR, Touchdown PCR for enhanced specificity (minimizing nonspecific amplification and primer-dimer formation), and Long PCR for large fragment amplification . Edge temperature compensation technology ensures consistent amplification across all 96 wells, eliminating temperature variation at block edges . One-click fast incubation provides quick access to common laboratory protocols including denaturation, enzyme digestion/ligation, and ELISA, reducing setup time and minimizing programming errors . Power failure protection automatically resumes unfinished cycles upon power restoration, ensuring sample safety during extended runs .
For the clinical laboratory scientist and molecular biologist, the Isometric gene amplification instrument supports infectious disease detection (COVID-19, HIV, hepatitis, tuberculosis, HPV, influenza), genetic mutation screening (β-thalassemia, BRCA, CFTR), gene cloning, DNA sequencing preparation, forensic DNA analysis (STR amplification), genotyping and SNP detection, and food safety pathogen detection .
Universal voltage (100-120V/200-240V, 50/60Hz) enables use in laboratories worldwide without voltage conversion, while the compact footprint (280 × 370 × 250 mm) and moderate weight (11 kg) allow easy benchtop placement . The 4-105°C temperature range and 5°C/sec ramp rate provide rapid, reliable thermal cycling for routine diagnostic applications .
For the patient undergoing infectious disease testing, genetic screening for hereditary disorders, or oncology biomarker detection, the Isometric gene amplification instrument precise temperature control, edge temperature compensation, and Touchdown PCR capability ensure accurate, reproducible PCR results that guide appropriate treatment decisions across clinical infectious disease, oncology, genetics, and molecular diagnostics applications .
Laboratory Water Bath (DWB20-S)
The Laboratory Water Bath (DWB20-S) is a digital benchtop water bath with 20-liter capacity, designed for precise temperature-controlled incubation of clinical samples, reagents, and diagnostic test preparations in clinical diagnostic and research laboratories . With a temperature range from ambient +5°C to 99.9°C and temperature control accuracy of ≤±0.5°C, this water bath provides stable, uniform heating for clinical chemistry, immunology, microbiology, and molecular diagnostics workflows .
For the clinical laboratory scientist and medical technologist, the DWB20-S supports enzymatic assay preparation for liver function tests (ALT, AST), cardiac biomarkers (CK, LDH), and other enzyme-based diagnostic assays . It provides precise temperature control for ELISA and immunoassay incubation in infectious disease and autoimmune testing, sample thawing and reagent warming for coagulation studies (PT, PTT), and microbiological culture media warming for bacterial growth and antimicrobial susceptibility testing .
The DWB20-S features a corrosion-resistant stainless steel tank, microprocessor-controlled digital interface with PID temperature regulation, programmable timer (0-99 hours 59 minutes), and over-temperature protection for sample safety . The insulated lid minimizes heat loss and evaporation, while the drain valve facilitates easy water changes and tank cleaning .
For the patient undergoing diagnostic testing for myocardial infarction, hepatitis, autoimmune disorders, or bacterial infections, the DWB20-S's precise temperature control ensures accurate enzymatic assay results, reliable immunoassay detection, and consistent culture-based identification—supporting appropriate treatment decisions and optimal clinical outcomes .
LCD Digital Heating Magnetic Stirrer (MS-H-ProA )
The DLAB MS-H-ProA LCD Digital Heating Magnetic Stirrer is a high-performance, programmable benchtop instrument engineered for reliable, precise, and safe heating and stirring in clinical diagnostics, pharmaceutical quality control, analytical chemistry, and life science research. Combining a maximum stirring capacity of 20 liters with a powerful heating capability up to 340°C, the LCD Digital Heating Magnetic Stirrer is the ideal choice for a wide array of demanding laboratory applications, from routine solution preparation to complex chemical synthesis.
Every LCD Digital Heating Magnetic Stirrer is equipped with a high-resolution LCD display that simultaneously shows the set and actual values for both temperature and speed, a maintenance-free brushless DC motor, and a PID temperature controller. The 5-inch (φ135 mm) ceramic-coated aluminum work plate ensures fast, uniform heating and provides excellent chemical resistance. With an integrated PT1000 temperature sensor port, users can accurately control sample temperature at ±0.2°C, making it suitable for temperature-sensitive assays.
Key user-focused features include three selectable heating modes—fast heating, standard heating, and stable heating—allowing users to choose the optimal thermal profile for their specific application. The programmable timer, ranging from 1 minute to 99 hours 59 minutes, allows for unattended operation. Safety is paramount with two independent safety circuits (420°C over-temperature protection), an independent residual heat warning indicator (>50°C), and an IP21-rated housing for basic spill and particle protection. The RS232 data interface enables remote PC control and data logging.
For the clinical laboratory scientist and quality control analyst, the LCD Digital Heating Magnetic Stirrer delivers the programmable, precise, and safe heating and stirring required for clinical chemistry workflows, buffer and reagent preparation, sample digestion, and dissolution testing. For the patient, the reliable performance of this instrument ensures that diagnostic tests, pharmaceutical products, and food supplies are prepared consistently and accurately, directly supporting effective public health and patient safety.

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