Mi-Pette New Generation Colorful Fully Autoclavable Adjustable Pipette

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The Mi-Pette New Generation Colorful Fully Autoclavable Adjustable Pipette is a high‑performance manual mechanical pipette engineered for accuracy, reproducibility, and operator comfort in clinical diagnostics, molecular biology, and pharmaceutical research. Available in single‑channel, 8‑channel, and 12‑channel configurations covering a volume range from 0.1 μL to 10 mL, this pipette provides the versatility required for high‑throughput and routine laboratory workflows.

Every Mi-Pette is calibrated according to ISO 8655 and supplied with an individual calibration certificate, delivering exceptional accuracy (e.g., systematic error as low as ±2.5% at 2.5 µL) and precision (CV as low as ±2.0% at the same volume). The entire instrument is fully autoclavable at 121 °C for 20 minutes without disassembly and can also be UV‑disinfected, ensuring sterility for aseptic applications in cell culture and microbiology.

Key ergonomic features include a lightweight, low‑force plunger, a relaxed finger rest, a 360° rotating dispensing head on multichannel models, and a staggered tip ejector, all designed to reduce user fatigue and the risk of repetitive strain injury (RSI). A large digital display provides unambiguous volume confirmation, and color‑coded volume caps allow rapid working‑range identification.

For the clinical laboratory scientist, the Mi-Pette delivers the accuracy, reproducibility, and ergonomic comfort required for high‑throughput ELISA, PCR, and clinical chemistry testing. For the patient, consistent, error‑free sample processing ensures that diagnostic results are reproducible, reliable, and delivered with faster turnaround times, directly supporting timely and effective clinical decisionmaking.

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Categories: LABORATORY EQUIPMENT AND SUPPLIES, Pipettes, Dispensers, and Lab Glassware Tags: 12-Channel Pipette, 8-Channel Pipette, Adjustable Volume Pipette, Autoclavable Laboratory Equipment, Clinical Diagnostics, Colorful Pipette, DLAB Pipette, ELISA Pipette, Fully Autoclavable Pipette, ISO 8655 Pipette, Laboratory Pipette, Manual Pipette, Mi-Pette, New Generation Pipette, PCR Sample Preparation, RFID Pipette, Single-Channel Pipette

Description

Mi-Pette New Generation Colorful Fully Autoclavable Adjustable Pipette

PRIMARY CLINICAL & DIAGNOSTIC USES

1. High-Precision Liquid Handling for Molecular Diagnostics

Primary Use: Provides a manual, single-channel or multichannel pipette with a color-coded body and an adjustable volume mechanism, used for the reproducible transfer of samples, master mixes, primers, and probes in high-stakes PCR, qPCR, and genetic sequencing workflows.
How it helps: For the clinical laboratory scientist and molecular biologist, the Mi-Pette’s precision piston mechanism, with systematic error as low as ±2.5% and random error as low as ±2.0% at a 2.5 µL test volume, and digital volume window minimize well-to-well variability. This ensures consistent, reproducible results for critical infectious disease testing (e.g., HIV, hepatitis, COVID-19), reducing the risk of false negatives. For the patient, the instrument’s accuracy directly supports early detection of pathogens and reliable genetic screening results.

2. Fully Autoclavable Sterilization for Contamination-Free Aseptic Work

Primary Use: The entire pipette is constructed from high-quality, autoclavable materials and can be steam-sterilized at 121 °C and 1 bar for 20 minutes without disassembly, and is also UV-disinfectable.
How it helps: For the cell culture and microbiology specialist, the ability to autoclave the complete unit eliminates the risk of cross-contamination between sensitive cell lines or microbial cultures. The whole instrument can be sterilized directly, with no need for disassembly. For the patient, rigorous sterilization of pipetting equipment ensures that specimens are not adulterated by contaminants, helping maintain the safety and integrity of cell-based therapies and sterility testing.

3. Ergonomic, Color-Coded Design to Minimize Operator Error

Primary Use: The pipette features a lightweight, low-force plunger, a relaxed finger rest, and a distinct color-coded volume cap for rapid model and working range identification. The large digital display window provides clear volume identification, and the rotating dispensing head and staggered tip ejector on multichannel models allow comfortable one-handed tip changes.
How it helps: For the high-throughput laboratory staff, the intuitive color-coding and low-force operation reduce the risk of repetitive strain injury (RSI) and prevent the selection of an incorrect volume, which could lead to a batch failure. For the patient, this ergonomic, error-preventing design contributes to consistent, accurate sample handling over hours of operation, supporting day-to-day reproducibility of diagnostic tests.

4. Wide Volume Versatility for Diverse Clinical Assays

Primary Use: The Mi-Pette family covers a broad volume range, from 0.1 µL to 10 mL, in single-channel adjustable models as well as 8- and 12-channel configurations suited for 96‑well plates.
How it helps: For the laboratory manager, a single pipette platform simplifies inventory management across multiple diagnostic applications, from micro‑volume PCR set‑up to larger‑volume reagent dispensing for immunoassays. With a certified performance and an individual ISO 8655 calibration certificate provided, the instrument is ready for immediate use. For the patient, the ability to use the same trusted instrument across many diagnostic platforms helps ensure that each sample receives uniform, high-quality treatment.

SECONDARY & SUPPORTIVE USES

1. ELISA and immunoassay processing – Dispenses antibodies, wash buffers, and substrates across 96‑well plates, ensuring uniform reagent distribution. The 8/12‑channel format is optimized for high‑throughout ELISA workflows.

2. DNA and RNA extraction – Transfers binding buffers, wash buffers, and elution solutions with high precision during manual or automated purification workflows.

3. Protein quantification assays – Dispenses Bradford, BCA, or other protein assay reagents into standard cuvettes or microplates with exceptional volume accuracy.

4. Cell culture and media preparation – Used for the aseptic transfer of culture media, buffers, and supplements. The lightweight design reduces thumb and wrist strain during repeated cell passaging.

5. Pharmaceutical quality control – Transfers test solutions, dissolution media, and QC samples during drug product analysis, where consistent volume delivery is mandatory.

6. Blood bank and transfusion medicine – Loads red blood cell suspensions and antisera for ABO/Rh typing and compatibility testing with a high degree of reproducibility.

7. Food safety testing – Prepares food and environmental samples for PCR‑based pathogen detection (e.g., Salmonella, Listeria, E. coli O157:H7) using standardised volumes.

8.Veterinary diagnostic testing – Processes animal samples (blood, serum, tissue) for infectious disease surveillance, vaccine‑response monitoring, and genetic screening.

9. Environmental monitoring – Transfers water, soil, and wastewater samples for microbial analysis and water‑quality monitoring.

10. Forensic DNA analysis – Loads PCR products and DNA extracts for STR analysis in forensic casework, where microliter precision is critical.

11. Clinical chemistry – Dispenses reagents and patient sera for routine chemistry panels and metabolite analysis with repeatable accuracy.

12. Next‑generation sequencing (NGS) library preparation – Dispenses adapters, indexes, and master mixes, where even small volume errors can significantly affect library quality.

13. Drug discovery and high‑throughput screening – Dispenses compounds, cells, and assay reagents into 96‑well plates for pharmaceutical research projects.

14. Academic research and teaching – Serves as an intuitive, durable teaching tool for students learning precise liquid handling techniques.

KEY PRODUCT FEATURES

1. BASIC IDENTIFICATION ATTRIBUTES

Device Type: A manual, fully autoclavable mechanical pipette with an adjustable volume mechanism, available in single-channel, 8-channel, and 12-channel configurations.
Designation: Mi-Pette New Generation Colorful Fully Autoclavable Adjustable Pipette, DLAB Mi-Pette, Next-Generation Color-Coded Pipette.
Key Components:
- Color-coded volume cap: Model‑specific colors for fast working range identification.
- Large digital display: High‑resolution window showing the set volume.
- Light‑touch plunger and ergonomic finger rest: For low-force, comfortable extended operation.
- Autoclavable body: Entire instrument can be steam‑sterilised without disassembly.
- Rotating dispensing head (multi‑channel): 360° rotation for access to all wells of a microplate.
- Staggered tip ejector: Enables low‑force, one‑handed tip ejection.
- Universal tip cone: Compatible with standard universal pipette tips and many third‑party brands.

2. TECHNICAL & PERFORMANCE PROPERTIES

Single‑channel adjustable volume ranges: Covering 0.1–2.5 μL, 0.5–10 μL, 2–20 μL, 5–50 μL, 10–100 μL, 20–200 μL, 100–1000 μL, 1000‑5000 μL, and 1000‑10000 μL.
Example accuracy (single‑channel 0.1–2.5 μL model): At 2.5 μL, systematic error is ±2.5% (±0.06 μL); random error (CV) is ±2.0% (±0.05 μL).
Example accuracy (12‑channel 0.5–10 μL model, 10 μL): Systematic error is ±2.4% (±0.24 μL); random error (CV) is ±1.6% (±0.16 μL).
Precision (10 μL test volume): For a 12‑channel pipette at 10 μL, the random error (CV) is ±1.6% (±0.16 μL).
Sterilization: Fully autoclavable at 121 °C, 1 bar for 20 minutes; supports UV disinfection.
Autoclave recovery: After autoclaving, the pipette must be cooled and left to dry for ≥12 hours before use.
Operator force: Low‑force plunger design (often <0.5 kg) and lightweight construction reduce user fatigue during extended sessions.
Compatibility: Universal tip cone works with most standard pipette tips; also supports select LTS tip systems for enhanced sealing.
Quality compliance: Compliant with ISO 8655, ISO 9001:2008, ISO 13485:2003, and CE marked; each pipette undergoes individual gravimetric testing with distilled water at 22 °C.

3. PHYSICAL & OPERATIONAL PROPERTIES

Construction: Lightweight, chemical‑resistant polymer body with a smooth, easy‑to‑clean surface.
Operation: Manual, thumb‑activated plunger with clearly defined first and second stops.
Volume Adjustment: Smooth rotating counter knob with a digital display window for unambiguous volume reading.
Tip Ejection: Quick‑release, spring‑assisted ejector for safe, one‑handed tip removal.
Rotating Head (multichannel): Lower dispensing head rotates 360°, allowing the user to pipette at any angle without repositioning the plate.
Channel Design (multichannel): Independent piston/tip‑cone assemblies per channel, simplifying repair and maintenance.
Portability: Compact, lightweight design for easy benchtop storage and transport.
Maintenance: Components are user‑replaceable; can be calibrated and maintained using standard tools； an online calibration service is also available.

4. SAFETY & COMPLIANCE ATTRIBUTES

Regulatory Status: General laboratory equipment for in vitro diagnostic (IVD) use; manufactured under ISO 9001:2008 and ISO 13485:2003 quality systems.
Sterilization Safety: Fully autoclavable without disassembly; after autoclaving, the instrument must be cooled and dried for ≥12 hours. Lubricating the piston and seals every 10 autoclave cycles is recommended to maintain function.
Chemical Resistance: Constructed from advanced polymers that resist a wide range of laboratory chemicals, acids, and organic solvents, ensuring long‑term durability.
Quality Compliance: Each pipette passes quality control testing, is supplied with an ISO 8655‑compliant calibration certificate, and can be recertified online via the manufacturer’s website or using the supplied tools and a balance.
Tip Seal Verification: The compound material tip cone allows visual seal verification, reducing the risk of leakage and inaccurate volume delivery.

5. STORAGE & HANDLING ATTRIBUTES

Storage: Store upright in a pipette stand to protect the tip cone from contamination; both linear and carousel stands are available separately.
Cleaning: Wipe exterior surfaces with 70% isopropyl alcohol or a mild detergent solution; do not immerse the pipette in liquid.
Autoclaving: Pipette can be autoclaved without disassembly. After autoclaving, allow the instrument to cool and dry for at least 12 hours before use.
Calibration: Perform periodic calibration verification using a balance and distilled water according to ISO 8655 guidelines； calibration tools are supplied.
Inspection: Before each use, inspect the tip cone, O‑rings, and piston for wear or damage.
Tip Loading: Press the pipette vertically into the tip to seat it; avoid rocking or excessive tapping.
Aspiration Technique: Depress the plunger to the first stop, immerse the tip below the liquid surface, and release the plunger slowly and smoothly.
Dispensing Technique: Place the tip against the receiving vessel wall, depress the plunger to the first stop, wait one second, then press to the second stop to expel any residual liquid.
Lubrication: After every 10 autoclaving cycles, apply silicone grease to the piston and seals as recommended by the manufacturer.

6. LABORATORY & CLINICAL APPLICATIONS

Primary Application: Precision liquid handling for clinical diagnostics (PCR, ELISA, clinical chemistry), molecular biology (DNA/RNA extraction, NGS), pharmaceutical quality control, and general research, where accurate, reproducible manual pipetting is required.
Clinical Role: An essential instrument for clinical diagnostic laboratories, molecular diagnostics labs, immunology laboratories, blood banks, pathology departments, pharmaceutical QC facilities, and research institutions; critical for patient sample processing, reagent preparation, and high‑throughput testing where consistent, error‑free liquid handling is mandatory.

SAFETY HANDLING PRECAUTIONS

1. SAFETY PRECAUTIONS

Chemical Compatibility: Verify that the pipette materials are compatible with the specific reagents used. Although the instrument is designed for broad chemical resistance, some aggressive solvents may still affect seals.
Autoclaving Preparation: Pipette can be autoclaved without disassembly. After autoclaving, allow the instrument to cool and dry for at least 12 hours before use.
Tip Fit: Ensure the pipette tip is securely attached before aspirating; a loose tip may cause inaccurate volume delivery or sample loss.
Aspiration Technique: Release the plunger slowly and smoothly to prevent aspiration of air bubbles or splashing.
Avoid Dropping: Dropping the pipette may damage the internal piston mechanism and affect calibration; recalibrate if dropped.
Cleaning: Do not immerse the entire pipette in liquid; wipe exterior surfaces only.
Training: Only trained laboratory personnel should operate the Mi-Pette for clinical diagnostic applications.

2. FIRST AID MEASURES

Sample Splash: If a biological or chemical sample splashes into the eyes, flush immediately with water for 15 minutes and seek medical attention; if on skin, wash with soap and water.
Chemical Exposure: If the pipette is contaminated with a hazardous chemical, refer to the specific Safety Data Sheet (SDS) for detailed first‑aid instructions.
Mechanical Injury: If a pipette tip punctures the skin (sharps injury), wash the wound thoroughly and follow the facility’s exposure management protocol for bloodborne pathogens.
Autoclave Burn: If handling the pipette immediately after autoclaving, use heat‑resistant gloves; if a burn occurs, cool the area with cool running water for 15 minutes and seek medical attention.
Inhalation: If chemical vapours are inhaled during reagent preparation, move to fresh air immediately; seek medical attention if symptoms persist.

3. FIRE FIGHTING MEASURES

Flammability: Plastic components and the tip ejector are combustible; they may melt or burn if exposed to flame or high heat.
Extinguishing Media: Use carbon dioxide (CO₂) or a dry chemical extinguisher for fires involving plastic materials.
Fire Response: The primary fire hazard is the flammable laboratory reagents being handled; follow the laboratory’s fire safety protocols.

Mi-Pette New Generation Colorful Fully Autoclavable Adjustable Pipette

Mi-Pette New Generation Colorful Fully Autoclavable Adjustable Pipette

PRIMARY CLINICAL & DIAGNOSTIC USES

1. High-Precision Liquid Handling for Molecular Diagnostics

Primary Use: Provides a manual, single-channel or multichannel pipette with a color-coded body and an adjustable volume mechanism, used for the reproducible transfer of samples, master mixes, primers, and probes in high-stakes PCR, qPCR, and genetic sequencing workflows.

2. Fully Autoclavable Sterilization for Contamination-Free Aseptic Work

Primary Use: The entire pipette is constructed from high-quality, autoclavable materials and can be steam-sterilized at 121 °C and 1 bar for 20 minutes without disassembly, and is also UV-disinfectable.

3. Ergonomic, Color-Coded Design to Minimize Operator Error

4. Wide Volume Versatility for Diverse Clinical Assays

Primary Use: The Mi-Pette family covers a broad volume range, from 0.1 µL to 10 mL, in single-channel adjustable models as well as 8- and 12-channel configurations suited for 96‑well plates.

SECONDARY & SUPPORTIVE USES

1. ELISA and immunoassay processing – Dispenses antibodies, wash buffers, and substrates across 96‑well plates, ensuring uniform reagent distribution. The 8/12‑channel format is optimized for high‑throughout ELISA workflows.

2. DNA and RNA extraction – Transfers binding buffers, wash buffers, and elution solutions with high precision during manual or automated purification workflows.

3. Protein quantification assays – Dispenses Bradford, BCA, or other protein assay reagents into standard cuvettes or microplates with exceptional volume accuracy.

4. Cell culture and media preparation – Used for the aseptic transfer of culture media, buffers, and supplements. The lightweight design reduces thumb and wrist strain during repeated cell passaging.

5. Pharmaceutical quality control – Transfers test solutions, dissolution media, and QC samples during drug product analysis, where consistent volume delivery is mandatory.

6. Blood bank and transfusion medicine – Loads red blood cell suspensions and antisera for ABO/Rh typing and compatibility testing with a high degree of reproducibility.

7. Food safety testing – Prepares food and environmental samples for PCR‑based pathogen detection (e.g., Salmonella, Listeria, E. coli O157:H7) using standardised volumes.

8.Veterinary diagnostic testing – Processes animal samples (blood, serum, tissue) for infectious disease surveillance, vaccine‑response monitoring, and genetic screening.

9. Environmental monitoring – Transfers water, soil, and wastewater samples for microbial analysis and water‑quality monitoring.

10. Forensic DNA analysis – Loads PCR products and DNA extracts for STR analysis in forensic casework, where microliter precision is critical.

11. Clinical chemistry – Dispenses reagents and patient sera for routine chemistry panels and metabolite analysis with repeatable accuracy.

12. Next‑generation sequencing (NGS) library preparation – Dispenses adapters, indexes, and master mixes, where even small volume errors can significantly affect library quality.

13. Drug discovery and high‑throughput screening – Dispenses compounds, cells, and assay reagents into 96‑well plates for pharmaceutical research projects.

14. Academic research and teaching – Serves as an intuitive, durable teaching tool for students learning precise liquid handling techniques.

1. BASIC IDENTIFICATION ATTRIBUTES

Device Type: A manual, fully autoclavable mechanical pipette with an adjustable volume mechanism, available in single-channel, 8-channel, and 12-channel configurations.

Designation: Mi-Pette New Generation Colorful Fully Autoclavable Adjustable Pipette, DLAB Mi-Pette, Next-Generation Color-Coded Pipette.

Key Components:

Color-coded volume cap: Model‑specific colors for fast working range identification.

Large digital display: High‑resolution window showing the set volume.

Light‑touch plunger and ergonomic finger rest: For low-force, comfortable extended operation.

Autoclavable body: Entire instrument can be steam‑sterilised without disassembly.

Rotating dispensing head (multi‑channel): 360° rotation for access to all wells of a microplate.

Staggered tip ejector: Enables low‑force, one‑handed tip ejection.

Universal tip cone: Compatible with standard universal pipette tips and many third‑party brands.

2. TECHNICAL & PERFORMANCE PROPERTIES

Single‑channel adjustable volume ranges: Covering 0.1–2.5 μL, 0.5–10 μL, 2–20 μL, 5–50 μL, 10–100 μL, 20–200 μL, 100–1000 μL, 1000‑5000 μL, and 1000‑10000 μL.

Example accuracy (single‑channel 0.1–2.5 μL model): At 2.5 μL, systematic error is ±2.5% (±0.06 μL); random error (CV) is ±2.0% (±0.05 μL).

Example accuracy (12‑channel 0.5–10 μL model, 10 μL): Systematic error is ±2.4% (±0.24 μL); random error (CV) is ±1.6% (±0.16 μL).

Precision (10 μL test volume): For a 12‑channel pipette at 10 μL, the random error (CV) is ±1.6% (±0.16 μL).

Sterilization: Fully autoclavable at 121 °C, 1 bar for 20 minutes; supports UV disinfection.

Autoclave recovery: After autoclaving, the pipette must be cooled and left to dry for ≥12 hours before use.

Operator force: Low‑force plunger design (often <0.5 kg) and lightweight construction reduce user fatigue during extended sessions.

Compatibility: Universal tip cone works with most standard pipette tips; also supports select LTS tip systems for enhanced sealing.

Quality compliance: Compliant with ISO 8655, ISO 9001:2008, ISO 13485:2003, and CE marked; each pipette undergoes individual gravimetric testing with distilled water at 22 °C.

3. PHYSICAL & OPERATIONAL PROPERTIES

Construction: Lightweight, chemical‑resistant polymer body with a smooth, easy‑to‑clean surface.

Operation: Manual, thumb‑activated plunger with clearly defined first and second stops.

Volume Adjustment: Smooth rotating counter knob with a digital display window for unambiguous volume reading.

Tip Ejection: Quick‑release, spring‑assisted ejector for safe, one‑handed tip removal.

Rotating Head (multichannel): Lower dispensing head rotates 360°, allowing the user to pipette at any angle without repositioning the plate.

Channel Design (multichannel): Independent piston/tip‑cone assemblies per channel, simplifying repair and maintenance.

Portability: Compact, lightweight design for easy benchtop storage and transport.

Maintenance: Components are user‑replaceable; can be calibrated and maintained using standard tools； an online calibration service is also available.

4. SAFETY & COMPLIANCE ATTRIBUTES

Regulatory Status: General laboratory equipment for in vitro diagnostic (IVD) use; manufactured under ISO 9001:2008 and ISO 13485:2003 quality systems.

Sterilization Safety: Fully autoclavable without disassembly; after autoclaving, the instrument must be cooled and dried for ≥12 hours. Lubricating the piston and seals every 10 autoclave cycles is recommended to maintain function.

Chemical Resistance: Constructed from advanced polymers that resist a wide range of laboratory chemicals, acids, and organic solvents, ensuring long‑term durability.

Quality Compliance: Each pipette passes quality control testing, is supplied with an ISO 8655‑compliant calibration certificate, and can be recertified online via the manufacturer’s website or using the supplied tools and a balance.

Tip Seal Verification: The compound material tip cone allows visual seal verification, reducing the risk of leakage and inaccurate volume delivery.

5. STORAGE & HANDLING ATTRIBUTES

Storage: Store upright in a pipette stand to protect the tip cone from contamination; both linear and carousel stands are available separately.

Cleaning: Wipe exterior surfaces with 70% isopropyl alcohol or a mild detergent solution; do not immerse the pipette in liquid.

Autoclaving: Pipette can be autoclaved without disassembly. After autoclaving, allow the instrument to cool and dry for at least 12 hours before use.

Calibration: Perform periodic calibration verification using a balance and distilled water according to ISO 8655 guidelines； calibration tools are supplied.

Inspection: Before each use, inspect the tip cone, O‑rings, and piston for wear or damage.

Tip Loading: Press the pipette vertically into the tip to seat it; avoid rocking or excessive tapping.

Aspiration Technique: Depress the plunger to the first stop, immerse the tip below the liquid surface, and release the plunger slowly and smoothly.

Dispensing Technique: Place the tip against the receiving vessel wall, depress the plunger to the first stop, wait one second, then press to the second stop to expel any residual liquid.

Lubrication: After every 10 autoclaving cycles, apply silicone grease to the piston and seals as recommended by the manufacturer.

6. LABORATORY & CLINICAL APPLICATIONS

Primary Application: Precision liquid handling for clinical diagnostics (PCR, ELISA, clinical chemistry), molecular biology (DNA/RNA extraction, NGS), pharmaceutical quality control, and general research, where accurate, reproducible manual pipetting is required.

1. SAFETY PRECAUTIONS

Chemical Compatibility: Verify that the pipette materials are compatible with the specific reagents used. Although the instrument is designed for broad chemical resistance, some aggressive solvents may still affect seals.

Autoclaving Preparation: Pipette can be autoclaved without disassembly. After autoclaving, allow the instrument to cool and dry for at least 12 hours before use.

Tip Fit: Ensure the pipette tip is securely attached before aspirating; a loose tip may cause inaccurate volume delivery or sample loss.

Aspiration Technique: Release the plunger slowly and smoothly to prevent aspiration of air bubbles or splashing.

Avoid Dropping: Dropping the pipette may damage the internal piston mechanism and affect calibration; recalibrate if dropped.

Cleaning: Do not immerse the entire pipette in liquid; wipe exterior surfaces only.

Primary Use: The entire pipette is constructed from high-quality, autoclavable materials and can be steam-sterilized at 121 °C and 1 bar for 20 minutes without disassembly, and is also UV-disinfectable.

Primary Use: The Mi-Pette family covers a broad volume range, from 0.1 µL to 10 mL, in single-channel adjustable models as well as 8- and 12-channel configurations suited for 96‑well plates.

Single‑channel adjustable volume ranges: Covering 0.1–2.5 μL, 0.5–10 μL, 2–20 μL, 5–50 μL, 10–100 μL, 20–200 μL, 100–1000 μL, 1000‑5000 μL, and 1000‑10000 μL.

Example accuracy (single‑channel 0.1–2.5 μL model): At 2.5 μL, systematic error is ±2.5% (±0.06 μL); random error (CV) is ±2.0% (±0.05 μL).

Example accuracy (12‑channel 0.5–10 μL model, 10 μL): Systematic error is ±2.4% (±0.24 μL); random error (CV) is ±1.6% (±0.16 μL).

Precision (10 μL test volume): For a 12‑channel pipette at 10 μL, the random error (CV) is ±1.6% (±0.16 μL).

Sterilization: Fully autoclavable at 121 °C, 1 bar for 20 minutes; supports UV disinfection.

Autoclave recovery: After autoclaving, the pipette must be cooled and left to dry for ≥12 hours before use.

Operator force: Low‑force plunger design (often <0.5 kg) and lightweight construction reduce user fatigue during extended sessions.

Quality compliance: Compliant with ISO 8655, ISO 9001:2008, ISO 13485:2003, and CE marked; each pipette undergoes individual gravimetric testing with distilled water at 22 °C.

Regulatory Status: General laboratory equipment for in vitro diagnostic (IVD) use; manufactured under ISO 9001:2008 and ISO 13485:2003 quality systems.

Sterilization Safety: Fully autoclavable without disassembly; after autoclaving, the instrument must be cooled and dried for ≥12 hours. Lubricating the piston and seals every 10 autoclave cycles is recommended to maintain function.

Quality Compliance: Each pipette passes quality control testing, is supplied with an ISO 8655‑compliant calibration certificate, and can be recertified online via the manufacturer’s website or using the supplied tools and a balance.

Autoclaving: Pipette can be autoclaved without disassembly. After autoclaving, allow the instrument to cool and dry for at least 12 hours before use.

Calibration: Perform periodic calibration verification using a balance and distilled water according to ISO 8655 guidelines； calibration tools are supplied.

Autoclaving Preparation: Pipette can be autoclaved without disassembly. After autoclaving, allow the instrument to cool and dry for at least 12 hours before use.

Sample Splash: If a biological or chemical sample splashes into the eyes, flush immediately with water for 15 minutes and seek medical attention; if on skin, wash with soap and water.

Autoclave Burn: If handling the pipette immediately after autoclaving, use heat‑resistant gloves; if a burn occurs, cool the area with cool running water for 15 minutes and seek medical attention.