Fully Autoclavable Manual 8-Channel Adjustable Colorful Pipette (HiPette)

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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.

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Categories: CONSUMABLES AND DISPOSABLES, Injection and Infusion Tags: 8-Channel Pipette, Adjustable Volume Pipette, Clinical Diagnostics, Color-Coded Pipette, DLAB HiPette, ELISA Pipette, Fully Autoclavable Pipette, High-Throughput Pipetting, HiPette, Laboratory Pipette, Manual Multichannel Pipette, Multichannel Pipette, PCR Sample Preparation, UV-Safe Pipette

Description

Fully Autoclavable Manual 8-Channel Adjustable Colorful Pipette (HiPette)

PRIMARY CLINICAL & DIAGNOSTIC USES

1. High-Throughput Sample Processing for Molecular Assays

Primary Use: Provides a manual 8-channel pipette designed for simultaneous liquid handling across 8 channels, enabling rapid and consistent processing of 96-well microplates for high-throughput molecular diagnostics.
How it helps: For the clinical laboratory scientist and molecular biologist, the 8-channel design reduces 96-well plate filling time by approximately 87.5% compared to single-channel pipettes, dramatically improving workflow efficiency for PCR setup, nucleic acid extraction, and sequencing library preparation. The pipette’s strong channel-to-channel repeatability ensures consistent sample distribution across all wells, which is critical for the reproducibility of qPCR and other quantitative assays. For the patient, this consistency ensures that diagnostic test results are reliable and reproducible, reducing the risk of false negatives or inconclusive findings due to pipetting variability.

2. ELISA and Immunoassay Reagent Dispensing

Primary Use: Used for precise dispensing of antibodies, wash buffers, substrates, and blocking solutions across 96-well ELISA plates, ensuring uniform reagent distribution for consistent antigen-antibody reactions.
How it helps: For the immunology technologist and clinical laboratory scientist, the elastic nozzle system ensures a secure, leak-free fit on all 8 tips simultaneously, guaranteeing uniform aspiration and dispensing across all wells. This eliminates well-to-well variability that can lead to false-positive or false-negative results in diagnostic ELISA for infectious diseases such as HIV, hepatitis, and Lyme disease. For the patient, uniform reagent distribution ensures that immunoassay results accurately reflect antibody presence or absence, supporting correct diagnosis and treatment decisions.

3. Clinical Chemistry and Biochemical Assay Preparation

Primary Use: Employs the 8-channel pipette for loading patient serum, plasma, or urine samples into multi-well plates for clinical chemistry panels, drug monitoring, and metabolomics analysis, with adjustable volume ranges from 0.5 μL to 300 μL.
How it helps: For the clinical chemist and medical technologist, the pipette’s four available volume ranges (0.5-10 μL, 5-50 μL, 10-100 μL, 30-300 μL) provide the flexibility to process diverse sample types and assay requirements. The high-resolution 4-digit display and volume lock mechanism prevent accidental volume changes during critical sample transfer steps, ensuring accurate sample-to-reagent ratios. For the patient undergoing therapeutic drug monitoring or metabolic screening, precise sample loading ensures that test results accurately reflect drug levels or metabolite concentrations, guiding appropriate medication dosing and clinical management.

4. Cell Culture and Viability Assays

Primary Use: Used for seeding cells into 96-well plates, dispensing cell suspension for viability assays (MTT, XTT, ATP-based), and transferring culture media in cell-based diagnostic workflows.
How it helps: For the cell biologist and diagnostic laboratory scientist, the lightweight ergonomic design (minimal press force and moderate stroke) reduces hand fatigue during extended cell culture sessions. The 360° rotating head allows comfortable pipetting in tight spaces, including biological safety cabinets, without awkward wrist positioning. For the patient undergoing cell-based diagnostic testing (e.g., lymphocyte proliferation assays, stem cell characterization), consistent cell seeding ensures uniform growth conditions, supporting accurate assessment of cellular health and function.

SECONDARY & SUPPORTIVE USES

1. High-Throughput Drug Screening: Used for dispensing compounds and reagents into 384-well and 96-well plates for pharmaceutical drug discovery, assessing drug response across multiple concentrations and replicates simultaneously.

2. Genotyping and SNP Analysis: Loads PCR master mix, primers, and DNA samples into 96-well plates for SNP genotyping and genetic variation studies in clinical genetics laboratories.

3. Viral Load Testing and Infectious Disease Diagnostics: Transfers patient samples and reagents for quantitative viral load testing (HIV, HBV, HCV, CMV) in reference laboratories and hospital virology departments.

4. Microbiology and Antimicrobial Susceptibility Testing (AST): Dispenses bacterial suspensions and antibiotic dilutions into microtiter plates for MIC (minimum inhibitory concentration) determination.

5. Protein Purification and Crystallography Screening: Used for dispensing protein samples and crystallization screening reagents for structural biology research that may inform drug development.

6. Blood Typing and Cross-Matching: Loads red blood cell suspensions and antisera into microplates for ABO/Rh typing and compatibility testing in blood banks.

7. Quality Control Sample Preparation: Prepares standard curves, QC samples, and calibration standards for HPLC, LC-MS/MS, and other analytical instrumentation in pharmaceutical QC laboratories.

8. Liquid Handling in Bioprocess Development: Transfers cell culture samples, media components, and process analytics for biopharmaceutical manufacturing quality control.

9. Forensic DNA Analysis: Loads PCR reaction components and DNA extracts for STR analysis in forensic casework and paternity testing.

10. Veterinary Diagnostic Testing: Processes animal samples (blood, serum, tissue) for infectious disease testing, vaccine response monitoring, and genetic screening.

11. Food Safety Testing: Prepares food and environmental samples for PCR-based pathogen detection (Salmonella, Listeria, E. coli O157:H7) in food safety laboratories.

12. Environmental Microbiology: Processes water and soil samples for microbial analysis and detection of waterborne pathogens for public health monitoring.

13. Academic and Research Laboratory Training: Serves as a teaching tool for training students and laboratory personnel in high-throughput liquid handling techniques and 8-channel pipetting.

KEY PRODUCT FEATURES

1. BASIC IDENTIFICATION ATTRIBUTES

Device Type: A manual, fully autoclavable, 8-channel adjustable-volume pipette with color-coded volume identification, 360° rotating head, and ergonomic design for high-throughput laboratory applications.
Designation: HiPette Fully Autoclavable Manual 8-Channel Adjustable Colorful Pipette, DLAB HiPette 8-Channel Pipette, Multi-Channel Manual Pipettor.
Key Components:

o Pipette Body: Lightweight, ergonomic polymer construction designed for minimal hand fatigue and comfortable grip.

o Color-Coded Push Caps: Different colored caps for each volume range, enabling quick visual identification and efficient lab organization.

o 4-Digit Volume Display: High-resolution digital display on the pipette body for precise and clear volume readings.

o Volume Lock Mechanism: Prevents accidental volume changes during pipetting operations, enhancing reproducibility.

o 360° Rotating Head: Rotating manifold allows full rotation for flexible pipetting in tight spaces and multi-well plate applications.

o Elastic Nozzle System: Eight nozzles with elastic technology ensure secure tip fit with minimal force, eliminating the need for repeated tapping.

o Tip Ejector: Ergonomic tip ejector designed for minimal ejection force.

o Channel Consistency System: Precision-engineered piston system ensuring uniform performance across all 8 channels.

2. TECHNICAL & PERFORMANCE PROPERTIES

Available Volume Ranges: 0.5-10 μL, 5-50 μL, 10-100 μL, 20-200 μL, 30-300 μL.
Increments: 0.01 μL (0.5-10 μL model); 0.05 μL (5-50 μL model); 0.1 μL (10-100 μL model); 0.2 μL (20-200 μL and 30-300 μL models).
Number of Channels: 8.
Systematic Error (Accuracy):

o 0.5-10 μL: ±0.2 μL (±2.0%) at 10 μL; ±0.2 μL (±4.0%) at 5 μL; ±0.1 μL (±10.0%) at 1 μL.

o 5-50 μL: ±0.6 μL (±1.2%) at 50 μL; ±0.5 μL (±2.0%) at 25 μL; ±0.25 μL (±5.0%) at 5 μL.

o 10-100 μL: ±1.0 μL (±1.0%) at 100 μL; ±0.6 μL (±1.2%) at 50 μL; ±0.4 μL (±4.0%) at 10 μL.

o 20-200 μL: ±2.0 μL (±1.0%) at 200 μL; ±1.5 μL (±1.5%) at 100 μL; ±0.8 μL (±4.0%) at 20 μL.

o 30-300 μL: ±3.0 μL (±1.0%) at 300 μL; ±2.25 μL (±1.5%) at 150 μL; ±1.2 μL (±4.0%) at 30 μL.

Random Error (Precision/CV):

o 0.5-10 μL: ±0.12 μL (±1.2%) at 10 μL; ±0.125 μL (±2.5%) at 5 μL; ±0.06 μL (±6.0%) at 1 μL.

o 5-50 μL: ±0.3 μL (±0.6%) at 50 μL; ±0.3 μL (±1.2%) at 25 μL; ±0.2 μL (±4.0%) at 5 μL.

o 10-100 μL: ±0.5 μL (±0.5%) at 100 μL; ±0.5 μL (±1.0%) at 50 μL; ±0.25 μL (±2.5%) at 10 μL.

o 20-200 μL: ±1.0 μL (±0.5%) at 200 μL; ±0.8 μL (±0.8%) at 100 μL; ±0.4 μL (±2.0%) at 20 μL.

o 30-300 μL: ±1.5 μL (±0.5%) at 300 μL; ±1.2 μL (±0.8%) at 150 μL; ±0.6 μL (±2.0%) at 30 μL.

Sterilization: Entire pipette fully autoclavable at 121°C, 20 minutes; compatible with UV disinfection.
Compliance Standards: ISO 9001, ISO 13485, ISO 8655, CE certified.
Tip Compatibility: Compatible with standard 200 μL and 300 μL universal pipette tips (depending on volume range).
Catalog Numbers: 7030603004 (0.5-10 μL), 7030603006 (5-50 μL), 7030603008 (10-100 μL), 7030603009 (20-200 μL), 7030603040 (30-300 μL).

3. PHYSICAL & OPERATIONAL PROPERTIES

Construction: Lightweight, high-strength polymer body with ergonomic contouring for comfortable grip and secure handling.
Ergonomic Design: Designed for user comfort with minimal press force, moderate press stroke, and ergonomic finger rest to reduce hand fatigue during prolonged pipetting tasks.
Operation: Manual, thumb-operated piston control with smooth, effortless action; side-mounted push button for tip ejection.
Volume Adjustment: Knob-style volume adjustment with click-stop increments; volume lock mechanism prevents accidental changes.
Display: High-resolution 4-digit digital display showing set volume with 0.1% precision for accurate volume readings.
Color Coding: Colored push caps corresponding to different volume ranges for easy identification (e.g., 0.5-10 μL, 5-50 μL, 10-100 μL, 30-300 μL).
Rotating Head: Lower manifold rotates 360°, allowing flexible pipetting in confined spaces, multi-well plates, and complex laboratory setups.
Elastic Nozzle System: Nozzles designed for secure, leak-free tip fit with light touch — no repeated tapping required; reduces ejection force.
Channel Consistency: Precision-engineered pistons ensure strong repeatability and uniform performance across all 8 channels.
Tip Ejection: Low-force, ergonomic tip ejector for quick and effortless tip removal.

4. SAFETY & COMPLIANCE ATTRIBUTES

Regulatory Status: General laboratory equipment for in vitro diagnostic (IVD) use; manufactured under ISO 9001 and ISO 13485 quality management systems.
Sterilization Safety: Entire pipette fully autoclavable at 121°C (250°F) for 20 minutes, ensuring complete sterilization for aseptic applications; compatible with UV disinfection for additional safety.
Chemical Resistance: Body and components resist a wide range of laboratory chemicals, alcohols, and mild acids; clean with 70% isopropanol.
Ergonomic Safety: Lightweight design and minimal press force reduce risk of repetitive strain injury (RSI) associated with prolonged manual pipetting.
Quality Compliance: Each pipette is factory-tested to ISO 8655 standards; calibration certificate included; user calibration supported.
Autoclavability: Pipette can be completely disassembled for thorough cleaning and sterilization; all components withstand autoclaving conditions.
Material Safety: Constructed from non-toxic, biocompatible materials; free from heavy metals; RoHS compliant.

5. STORAGE & HANDLING ATTRIBUTES

Storage: Store upright in a pipette stand or carousel when not in use; avoid lying flat on benchtop where tips may contact contaminated surfaces.
Cleaning: Wipe exterior surfaces with 70% isopropyl alcohol or mild detergent solution; for thorough cleaning, disassemble and autoclave or clean with appropriate solvent.
Autoclaving Procedure: Disassemble pipette completely; place components in autoclave-safe container; autoclave at 121°C for 20 minutes; allow to cool and dry completely before reassembling.
Calibration: Periodic calibration verification recommended (typically every 6-12 months depending on usage frequency). Pipette supports user calibration; use balance and distilled water per ISO 8655 guidelines.
Inspection: Inspect O-rings, seals, and pistons for wear or damage before each use; ensure nozzles are clean and unobstructed.
Tip Loading: Press pipette vertically into tip box to seat tips; avoid rocking or tapping excessively. Use universal tips compatible with the volume range.
Operation - Aspiration: Depress plunger to first stop; immerse tips 2-4 mm below liquid surface; release plunger slowly and smoothly.
Operation - Dispensing: Place tips against vessel wall; depress plunger to first stop; wait 1 second; depress to second stop to expel residual liquid.
Storage Humidity: Store in clean, dry environment (15-30°C, relative humidity <80%). Avoid exposure to corrosive chemical vapors.
Lubrication: For maintenance, apply silicone grease to O-rings and piston as needed, following manufacturer guidelines.

6. LABORATORY & CLINICAL APPLICATIONS

Primary Application: Simultaneous liquid handling across 8 channels for high-throughput assays in molecular diagnostics, clinical chemistry, immunoassays, cell biology, and pharmaceutical research.
Clinical Role: Essential liquid handling equipment for clinical diagnostic laboratories, molecular diagnostics labs, immunology laboratories, blood banks, pathology departments, and research institutions requiring reproducible, multi-channel precision for patient sample testing.

SAFETY HANDLING PRECAUTIONS

1. SAFETY PRECAUTIONS

Chemical Compatibility: Verify that the pipette materials are compatible with the reagents being used; avoid exposure to strong acids, bases, or organic solvents that may damage seals.
Sterilization Requirements: When working with infectious patient samples or cell cultures, autoclave the pipette after each use or disinfect with UV to prevent cross-contamination.
Tip Fit: Ensure pipette tips are securely attached to all 8 channels before aspirating; loose tips may cause inaccurate volume delivery or sample loss.
Aspiration Technique: Release plunger smoothly and slowly to prevent foaming, splashing, or aspiration of air bubbles that can affect volume accuracy.
Volume Setting: Lock volume setting using volume lock mechanism after adjustment to prevent accidental changes during pipetting.
Avoid Overstroke: Do not depress plunger beyond the second stop during aspiration; this may damage the piston and affect accuracy.
Cleaning: Do not immerse the entire pipette in liquid unless fully disassembled; wipe exterior with damp cloth only.
Autoclaving Prep: Always disassemble the pipette completely before autoclaving; never autoclave the pipette as a single assembly, as trapped air may cause damage.
Temperature: Allow autoclaved pipette to cool to room temperature before reassembly and use.
Calibration Verification: If the pipette is dropped or suspected of damage, recalibrate before clinical use.
Training: Only trained laboratory personnel should operate the HiPette 8-Channel Pipette for clinical diagnostic applications.

2. FIRST AID MEASURES

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

3. FIRE FIGHTING MEASURES

Flammability: Plastic components and tip ejector are combustible; may melt or burn if exposed to flame or high heat.
Extinguishing Media: Use carbon dioxide (CO₂) or dry chemical extinguisher for fires involving plastic materials.
Fire Response: No special fire hazards beyond typical combustible laboratory equipment.

Fully Autoclavable Manual 8-Channel Adjustable Colorful Pipette (HiPette)

Fully Autoclavable Manual 8-Channel Adjustable Colorful Pipette (HiPette)

PRIMARY CLINICAL & DIAGNOSTIC USES

1. High-Throughput Sample Processing for Molecular Assays

Primary Use: Provides a manual 8-channel pipette designed for simultaneous liquid handling across 8 channels, enabling rapid and consistent processing of 96-well microplates for high-throughput molecular diagnostics.

2. ELISA and Immunoassay Reagent Dispensing

Primary Use: Used for precise dispensing of antibodies, wash buffers, substrates, and blocking solutions across 96-well ELISA plates, ensuring uniform reagent distribution for consistent antigen-antibody reactions.

3. Clinical Chemistry and Biochemical Assay Preparation

Primary Use: Employs the 8-channel pipette for loading patient serum, plasma, or urine samples into multi-well plates for clinical chemistry panels, drug monitoring, and metabolomics analysis, with adjustable volume ranges from 0.5 μL to 300 μL.

4. Cell Culture and Viability Assays

Primary Use: Used for seeding cells into 96-well plates, dispensing cell suspension for viability assays (MTT, XTT, ATP-based), and transferring culture media in cell-based diagnostic workflows.

SECONDARY & SUPPORTIVE USES

1. High-Throughput Drug Screening: Used for dispensing compounds and reagents into 384-well and 96-well plates for pharmaceutical drug discovery, assessing drug response across multiple concentrations and replicates simultaneously.

2. Genotyping and SNP Analysis: Loads PCR master mix, primers, and DNA samples into 96-well plates for SNP genotyping and genetic variation studies in clinical genetics laboratories.

3. Viral Load Testing and Infectious Disease Diagnostics: Transfers patient samples and reagents for quantitative viral load testing (HIV, HBV, HCV, CMV) in reference laboratories and hospital virology departments.

4. Microbiology and Antimicrobial Susceptibility Testing (AST): Dispenses bacterial suspensions and antibiotic dilutions into microtiter plates for MIC (minimum inhibitory concentration) determination.

5. Protein Purification and Crystallography Screening: Used for dispensing protein samples and crystallization screening reagents for structural biology research that may inform drug development.

6. Blood Typing and Cross-Matching: Loads red blood cell suspensions and antisera into microplates for ABO/Rh typing and compatibility testing in blood banks.

7. Quality Control Sample Preparation: Prepares standard curves, QC samples, and calibration standards for HPLC, LC-MS/MS, and other analytical instrumentation in pharmaceutical QC laboratories.

8. Liquid Handling in Bioprocess Development: Transfers cell culture samples, media components, and process analytics for biopharmaceutical manufacturing quality control.

9. Forensic DNA Analysis: Loads PCR reaction components and DNA extracts for STR analysis in forensic casework and paternity testing.

10. Veterinary Diagnostic Testing: Processes animal samples (blood, serum, tissue) for infectious disease testing, vaccine response monitoring, and genetic screening.

11. Food Safety Testing: Prepares food and environmental samples for PCR-based pathogen detection (Salmonella, Listeria, E. coli O157:H7) in food safety laboratories.

12. Environmental Microbiology: Processes water and soil samples for microbial analysis and detection of waterborne pathogens for public health monitoring.

13. Academic and Research Laboratory Training: Serves as a teaching tool for training students and laboratory personnel in high-throughput liquid handling techniques and 8-channel pipetting.

1. BASIC IDENTIFICATION ATTRIBUTES

Device Type: A manual, fully autoclavable, 8-channel adjustable-volume pipette with color-coded volume identification, 360° rotating head, and ergonomic design for high-throughput laboratory applications.

Designation: HiPette Fully Autoclavable Manual 8-Channel Adjustable Colorful Pipette, DLAB HiPette 8-Channel Pipette, Multi-Channel Manual Pipettor.

Key Components:

o Pipette Body: Lightweight, ergonomic polymer construction designed for minimal hand fatigue and comfortable grip.

o Color-Coded Push Caps: Different colored caps for each volume range, enabling quick visual identification and efficient lab organization.

o 4-Digit Volume Display: High-resolution digital display on the pipette body for precise and clear volume readings.

o Volume Lock Mechanism: Prevents accidental volume changes during pipetting operations, enhancing reproducibility.

o 360° Rotating Head: Rotating manifold allows full rotation for flexible pipetting in tight spaces and multi-well plate applications.

o Elastic Nozzle System: Eight nozzles with elastic technology ensure secure tip fit with minimal force, eliminating the need for repeated tapping.

o Tip Ejector: Ergonomic tip ejector designed for minimal ejection force.

o Channel Consistency System: Precision-engineered piston system ensuring uniform performance across all 8 channels.

2. TECHNICAL & PERFORMANCE PROPERTIES

Available Volume Ranges: 0.5-10 μL, 5-50 μL, 10-100 μL, 20-200 μL, 30-300 μL.

Increments: 0.01 μL (0.5-10 μL model); 0.05 μL (5-50 μL model); 0.1 μL (10-100 μL model); 0.2 μL (20-200 μL and 30-300 μL models).

Number of Channels: 8.

Systematic Error (Accuracy):

o 0.5-10 μL: ±0.2 μL (±2.0%) at 10 μL; ±0.2 μL (±4.0%) at 5 μL; ±0.1 μL (±10.0%) at 1 μL.

o 5-50 μL: ±0.6 μL (±1.2%) at 50 μL; ±0.5 μL (±2.0%) at 25 μL; ±0.25 μL (±5.0%) at 5 μL.

o 10-100 μL: ±1.0 μL (±1.0%) at 100 μL; ±0.6 μL (±1.2%) at 50 μL; ±0.4 μL (±4.0%) at 10 μL.

o 20-200 μL: ±2.0 μL (±1.0%) at 200 μL; ±1.5 μL (±1.5%) at 100 μL; ±0.8 μL (±4.0%) at 20 μL.

o 30-300 μL: ±3.0 μL (±1.0%) at 300 μL; ±2.25 μL (±1.5%) at 150 μL; ±1.2 μL (±4.0%) at 30 μL.

Random Error (Precision/CV):

o 0.5-10 μL: ±0.12 μL (±1.2%) at 10 μL; ±0.125 μL (±2.5%) at 5 μL; ±0.06 μL (±6.0%) at 1 μL.

o 5-50 μL: ±0.3 μL (±0.6%) at 50 μL; ±0.3 μL (±1.2%) at 25 μL; ±0.2 μL (±4.0%) at 5 μL.

o 10-100 μL: ±0.5 μL (±0.5%) at 100 μL; ±0.5 μL (±1.0%) at 50 μL; ±0.25 μL (±2.5%) at 10 μL.

o 20-200 μL: ±1.0 μL (±0.5%) at 200 μL; ±0.8 μL (±0.8%) at 100 μL; ±0.4 μL (±2.0%) at 20 μL.

o 30-300 μL: ±1.5 μL (±0.5%) at 300 μL; ±1.2 μL (±0.8%) at 150 μL; ±0.6 μL (±2.0%) at 30 μL.

Sterilization: Entire pipette fully autoclavable at 121°C, 20 minutes; compatible with UV disinfection.

Compliance Standards: ISO 9001, ISO 13485, ISO 8655, CE certified.

Tip Compatibility: Compatible with standard 200 μL and 300 μL universal pipette tips (depending on volume range).

Catalog Numbers: 7030603004 (0.5-10 μL), 7030603006 (5-50 μL), 7030603008 (10-100 μL), 7030603009 (20-200 μL), 7030603040 (30-300 μL).

3. PHYSICAL & OPERATIONAL PROPERTIES

Construction: Lightweight, high-strength polymer body with ergonomic contouring for comfortable grip and secure handling.

Ergonomic Design: Designed for user comfort with minimal press force, moderate press stroke, and ergonomic finger rest to reduce hand fatigue during prolonged pipetting tasks.

Operation: Manual, thumb-operated piston control with smooth, effortless action; side-mounted push button for tip ejection.

Volume Adjustment: Knob-style volume adjustment with click-stop increments; volume lock mechanism prevents accidental changes.

Display: High-resolution 4-digit digital display showing set volume with 0.1% precision for accurate volume readings.

Color Coding: Colored push caps corresponding to different volume ranges for easy identification (e.g., 0.5-10 μL, 5-50 μL, 10-100 μL, 30-300 μL).

Rotating Head: Lower manifold rotates 360°, allowing flexible pipetting in confined spaces, multi-well plates, and complex laboratory setups.

Elastic Nozzle System: Nozzles designed for secure, leak-free tip fit with light touch — no repeated tapping required; reduces ejection force.

Channel Consistency: Precision-engineered pistons ensure strong repeatability and uniform performance across all 8 channels.

Tip Ejection: Low-force, ergonomic tip ejector for quick and effortless tip removal.

4. SAFETY & COMPLIANCE ATTRIBUTES

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

Sterilization Safety: Entire pipette fully autoclavable at 121°C (250°F) for 20 minutes, ensuring complete sterilization for aseptic applications; compatible with UV disinfection for additional safety.

Chemical Resistance: Body and components resist a wide range of laboratory chemicals, alcohols, and mild acids; clean with 70% isopropanol.

Ergonomic Safety: Lightweight design and minimal press force reduce risk of repetitive strain injury (RSI) associated with prolonged manual pipetting.

Quality Compliance: Each pipette is factory-tested to ISO 8655 standards; calibration certificate included; user calibration supported.

Autoclavability: Pipette can be completely disassembled for thorough cleaning and sterilization; all components withstand autoclaving conditions.

Material Safety: Constructed from non-toxic, biocompatible materials; free from heavy metals; RoHS compliant.

5. STORAGE & HANDLING ATTRIBUTES

Storage: Store upright in a pipette stand or carousel when not in use; avoid lying flat on benchtop where tips may contact contaminated surfaces.

Cleaning: Wipe exterior surfaces with 70% isopropyl alcohol or mild detergent solution; for thorough cleaning, disassemble and autoclave or clean with appropriate solvent.

Autoclaving Procedure: Disassemble pipette completely; place components in autoclave-safe container; autoclave at 121°C for 20 minutes; allow to cool and dry completely before reassembling.