CAT#:
Eppendorf
Eppendorf Research Plus® Fixed Volume Pipettors, Trade In
Fixed Volume, 10µl, 1 Pipettor/Unit
Fixed Volume, for 1000µl Tips, 1 Pipettor/Unit
Fixed Volume, for 200µl Tips, 1 Pipettor/Unit
Fixed Volume, for 1000µl Tips, 1 Pipettor/Unit
Fixed Volume, for 200µl Tips, 1 Pipettor/Unit
Fixed Volume, for 200µl Tips, 1 Pipettor/Unit
Fixed Volume, for 200µl Tips, 1 Pipettor/Unit
Fixed Volume, for 20µl Tips, 1 Pipettor/Unit
Fixed Volume, for 20µl Tips, 1 Pipettor/Unit
Fixed Volume, for 1000µl Tips, 1 Pipettor/Unit
Fixed Volume, for 200µl Tips, 1 Pipettor/Unit
Fixed Volume, for 1000µl Tips, 1 Pipettor/Unit
11 product variations: View Options
Product Overview
- For use with 200µl tips
- Control button: very low operating force, color indicates pipette volume, positioned for perfect ergonomics
- Ejector: very low operating force, positioned for perfect ergonomics
- Secondary adjustment to adjust pipette to a liquid very different than water
- Eppendorf PerfectPiston™: ultra light piston made of Fortron® (not in 2.5 µL, 10 µL, 5 mL and 10 mL pipettes)
- Quick connection clip
- Spring loaded tip cone: improved ergonomics, tight fit to the tip (not in 5 mL and 10 mL pipettes)
- Ultra lightweight
Product Overview
- Fixed volume
- Control button: very low operating force, color indicates pipette volume, positioned for perfect ergonomics
- Ejector: very low operating force, positioned for perfect ergonomics
- Secondary adjustment to adjust pipette to a liquid very different than water
- Eppendorf PerfectPiston™: ultra light piston made of Fortron® (not in 2.5 µL, 10 µL, 5 mL and 10 mL pipettes)
- Quick connection clip
- Spring loaded tip cone: improved ergonomics, tight fit to the tip (not in 5 mL and 10 mL pipettes)
- Ultra lightweight
Product Overview
- Fixed volume
- Control button: very low operating force, color indicates pipette volume, positioned for perfect ergonomics
- Ejector: very low operating force, positioned for perfect ergonomics
- Secondary adjustment to adjust pipette to a liquid very different than water
- Eppendorf PerfectPiston™: ultra light piston made of Fortron® (not in 2.5 µL, 10 µL, 5 mL and 10 mL pipettes)
- Quick connection clip
- Spring loaded tip cone: improved ergonomics, tight fit to the tip (not in 5 mL and 10 mL pipettes)
- Ultra lightweight
Product Overview
- Fixed volume
- Control button: very low operating force, color indicates pipette volume, positioned for perfect ergonomics
- Ejector: very low operating force, positioned for perfect ergonomics
- Secondary adjustment to adjust pipette to a liquid very different than water
- Eppendorf PerfectPiston™: ultra light piston made of Fortron® (not in 2.5 µL, 10 µL, 5 mL and 10 mL pipettes)
- Quick connection clip
- Spring loaded tip cone: improved ergonomics, tight fit to the tip (not in 5 mL and 10 mL pipettes)
- Ultra lightweight
Product Overview
- Fixed volume
- Control button: very low operating force, color indicates pipette volume, positioned for perfect ergonomics
- Ejector: very low operating force, positioned for perfect ergonomics
- Secondary adjustment to adjust pipette to a liquid very different than water
- Eppendorf PerfectPiston™: ultra light piston made of Fortron® (not in 2.5 µL, 10 µL, 5 mL and 10 mL pipettes)
- Quick connection clip
- Spring loaded tip cone: improved ergonomics, tight fit to the tip (not in 5 mL and 10 mL pipettes)
- Ultra lightweight
Product Overview
- Fixed volume
- Control button: very low operating force, color indicates pipette volume, positioned for perfect ergonomics
- Ejector: very low operating force, positioned for perfect ergonomics
- Secondary adjustment to adjust pipette to a liquid very different than water
- Eppendorf PerfectPiston™: ultra light piston made of Fortron® (not in 2.5 µL, 10 µL, 5 mL and 10 mL pipettes)
- Quick connection clip
- Spring loaded tip cone: improved ergonomics, tight fit to the tip (not in 5 mL and 10 mL pipettes)
- Ultra lightweight
Product Overview
- Fixed volume
- Control button: very low operating force, color indicates pipette volume, positioned for perfect ergonomics
- Ejector: very low operating force, positioned for perfect ergonomics
- Secondary adjustment to adjust pipette to a liquid very different than water
- Eppendorf PerfectPiston™: ultra light piston made of Fortron® (not in 2.5 µL, 10 µL, 5 mL and 10 mL pipettes)
- Quick connection clip
- Spring loaded tip cone: improved ergonomics, tight fit to the tip (not in 5 mL and 10 mL pipettes)
- Ultra lightweight
Product Overview
- Fixed volume
- Control button: very low operating force, color indicates pipette volume, positioned for perfect ergonomics
- Ejector: very low operating force, positioned for perfect ergonomics
- Secondary adjustment to adjust pipette to a liquid very different than water
- Eppendorf PerfectPiston™: ultra light piston made of Fortron® (not in 2.5 µL, 10 µL, 5 mL and 10 mL pipettes)
- Quick connection clip
- Spring loaded tip cone: improved ergonomics, tight fit to the tip (not in 5 mL and 10 mL pipettes)
- Ultra lightweight
Product Overview
- Fixed volume
- Control button: very low operating force, color indicates pipette volume, positioned for perfect ergonomics
- Ejector: very low operating force, positioned for perfect ergonomics
- Secondary adjustment to adjust pipette to a liquid very different than water
- Eppendorf PerfectPiston™: ultra light piston made of Fortron® (not in 2.5 µL, 10 µL, 5 mL and 10 mL pipettes)
- Quick connection clip
- Spring loaded tip cone: improved ergonomics, tight fit to the tip (not in 5 mL and 10 mL pipettes)
- Ultra lightweight
Product Overview
- Fixed volume
- Control button: very low operating force, color indicates pipette volume, positioned for perfect ergonomics
- Ejector: very low operating force, positioned for perfect ergonomics
- Secondary adjustment to adjust pipette to a liquid very different than water
- Eppendorf PerfectPiston™: ultra light piston made of Fortron® (not in 2.5 µL, 10 µL, 5 mL and 10 mL pipettes)
- Quick connection clip
- Spring loaded tip cone: improved ergonomics, tight fit to the tip (not in 5 mL and 10 mL pipettes)
- Ultra lightweight
Product Overview
- Fixed volume
- Control button: very low operating force, color indicates pipette volume, positioned for perfect ergonomics
- Ejector: very low operating force, positioned for perfect ergonomics
- Secondary adjustment to adjust pipette to a liquid very different than water
- Eppendorf PerfectPiston™: ultra light piston made of Fortron® (not in 2.5 µL, 10 µL, 5 mL and 10 mL pipettes)
- Quick connection clip
- Spring loaded tip cone: improved ergonomics, tight fit to the tip (not in 5 mL and 10 mL pipettes)
- Ultra lightweight
Product Overview
- Fixed volume
- Control button: very low operating force, color indicates pipette volume, positioned for perfect ergonomics
- Ejector: very low operating force, positioned for perfect ergonomics
- Secondary adjustment to adjust pipette to a liquid very different than water
- Eppendorf PerfectPiston™: ultra light piston made of Fortron® (not in 2.5 µL, 10 µL, 5 mL and 10 mL pipettes)
- Quick connection clip
- Spring loaded tip cone: improved ergonomics, tight fit to the tip (not in 5 mL and 10 mL pipettes)
- Ultra lightweight
Technical Documents
- Get It Right! Selection Chart for Liquid Handling Instruments & Tips
- Increase Your Pipetting Productivity Today
- Grease for Pipettes
- Change Filter
- Chemical Resistance - Eppendorf Research® plus
- Eppendorf Research® plus - Temporary Adjustment
- Grease for Pipettes
- Locking Clips for Multi-Channel Lower Parts
- Standard operating procedure for manual dispensing systems
- 019 – Fundamentals of Dispensing
- 020 – Impact of Pipetting Techniques on Precision and Accuracy
- 021 – Influence of physical parameters on the dispensed volume of air-cushion pipette
- 024 – Cleaning and Inspection of Pipettes
- 025 – Calibration and Adjustment of Dispensing Systems in the Laboratory
- 046 – The Eppendorf PhysioCare Concept® - 3 Spheres Model
- 071 – How Can I Improve Sustainability in My Lab?
- 197 – The Eppendorf Research® plus Pipette - Lightweight, Reliable and Ergonomic
- 354 – The Tip of the Iceberg: How Pipette Tips Influence Results
- Checklist for a More Sustainable Lab
- Maintenance of Eppendorf Research® plus pipettes
- Pipetting Techniques
- Transferring Non-Aqueous Liquids
Technical Documents
- Get It Right! Selection Chart for Liquid Handling Instruments & Tips
- Increase Your Pipetting Productivity Today
- Grease for Pipettes
- Change Filter
- Chemical Resistance - Eppendorf Research® plus
- Eppendorf Research® plus - Temporary Adjustment
- Grease for Pipettes
- Locking Clips for Multi-Channel Lower Parts
- Standard operating procedure for manual dispensing systems
- 019 – Fundamentals of Dispensing
- 020 – Impact of Pipetting Techniques on Precision and Accuracy
- 021 – Influence of physical parameters on the dispensed volume of air-cushion pipette
- 024 – Cleaning and Inspection of Pipettes
- 025 – Calibration and Adjustment of Dispensing Systems in the Laboratory
- 046 – The Eppendorf PhysioCare Concept® - 3 Spheres Model
- 071 – How Can I Improve Sustainability in My Lab?
- 197 – The Eppendorf Research® plus Pipette - Lightweight, Reliable and Ergonomic
- 354 – The Tip of the Iceberg: How Pipette Tips Influence Results
- Checklist for a More Sustainable Lab
- Maintenance of Eppendorf Research® plus pipettes
- Pipetting Techniques
- Transferring Non-Aqueous Liquids
Technical Documents
- Get It Right! Selection Chart for Liquid Handling Instruments & Tips
- Increase Your Pipetting Productivity Today
- Grease for Pipettes
- Change Filter
- Chemical Resistance - Eppendorf Research® plus
- Eppendorf Research® plus - Temporary Adjustment
- Grease for Pipettes
- Locking Clips for Multi-Channel Lower Parts
- Standard operating procedure for manual dispensing systems
- 019 – Fundamentals of Dispensing
- 020 – Impact of Pipetting Techniques on Precision and Accuracy
- 021 – Influence of physical parameters on the dispensed volume of air-cushion pipette
- 024 – Cleaning and Inspection of Pipettes
- 025 – Calibration and Adjustment of Dispensing Systems in the Laboratory
- 046 – The Eppendorf PhysioCare Concept® - 3 Spheres Model
- 071 – How Can I Improve Sustainability in My Lab?
- 197 – The Eppendorf Research® plus Pipette - Lightweight, Reliable and Ergonomic
- 354 – The Tip of the Iceberg: How Pipette Tips Influence Results
- Checklist for a More Sustainable Lab
- Maintenance of Eppendorf Research® plus pipettes
- Pipetting Techniques
- Transferring Non-Aqueous Liquids
Technical Documents
- Get It Right! Selection Chart for Liquid Handling Instruments & Tips
- Increase Your Pipetting Productivity Today
- Grease for Pipettes
- Change Filter
- Chemical Resistance - Eppendorf Research® plus
- Eppendorf Research® plus - Temporary Adjustment
- Grease for Pipettes
- Locking Clips for Multi-Channel Lower Parts
- Standard operating procedure for manual dispensing systems
- 019 – Fundamentals of Dispensing
- 020 – Impact of Pipetting Techniques on Precision and Accuracy
- 021 – Influence of physical parameters on the dispensed volume of air-cushion pipette
- 024 – Cleaning and Inspection of Pipettes
- 025 – Calibration and Adjustment of Dispensing Systems in the Laboratory
- 046 – The Eppendorf PhysioCare Concept® - 3 Spheres Model
- 071 – How Can I Improve Sustainability in My Lab?
- 197 – The Eppendorf Research® plus Pipette - Lightweight, Reliable and Ergonomic
- 354 – The Tip of the Iceberg: How Pipette Tips Influence Results
- Checklist for a More Sustainable Lab
- Maintenance of Eppendorf Research® plus pipettes
- Pipetting Techniques
- Transferring Non-Aqueous Liquids
Technical Documents
- Get It Right! Selection Chart for Liquid Handling Instruments & Tips
- Increase Your Pipetting Productivity Today
- Grease for Pipettes
- Change Filter
- Chemical Resistance - Eppendorf Research® plus
- Eppendorf Research® plus - Temporary Adjustment
- Grease for Pipettes
- Locking Clips for Multi-Channel Lower Parts
- Standard operating procedure for manual dispensing systems
- 019 – Fundamentals of Dispensing
- 020 – Impact of Pipetting Techniques on Precision and Accuracy
- 021 – Influence of physical parameters on the dispensed volume of air-cushion pipette
- 024 – Cleaning and Inspection of Pipettes
- 025 – Calibration and Adjustment of Dispensing Systems in the Laboratory
- 046 – The Eppendorf PhysioCare Concept® - 3 Spheres Model
- 071 – How Can I Improve Sustainability in My Lab?
- 197 – The Eppendorf Research® plus Pipette - Lightweight, Reliable and Ergonomic
- 354 – The Tip of the Iceberg: How Pipette Tips Influence Results
- Checklist for a More Sustainable Lab
- Maintenance of Eppendorf Research® plus pipettes
- Pipetting Techniques
- Transferring Non-Aqueous Liquids
Technical Documents
- Get It Right! Selection Chart for Liquid Handling Instruments & Tips
- Increase Your Pipetting Productivity Today
- Grease for Pipettes
- Change Filter
- Chemical Resistance - Eppendorf Research® plus
- Eppendorf Research® plus - Temporary Adjustment
- Grease for Pipettes
- Locking Clips for Multi-Channel Lower Parts
- Standard operating procedure for manual dispensing systems
- 019 – Fundamentals of Dispensing
- 020 – Impact of Pipetting Techniques on Precision and Accuracy
- 021 – Influence of physical parameters on the dispensed volume of air-cushion pipette
- 024 – Cleaning and Inspection of Pipettes
- 025 – Calibration and Adjustment of Dispensing Systems in the Laboratory
- 046 – The Eppendorf PhysioCare Concept® - 3 Spheres Model
- 071 – How Can I Improve Sustainability in My Lab?
- 197 – The Eppendorf Research® plus Pipette - Lightweight, Reliable and Ergonomic
- 354 – The Tip of the Iceberg: How Pipette Tips Influence Results
- Checklist for a More Sustainable Lab
- Maintenance of Eppendorf Research® plus pipettes
- Pipetting Techniques
- Transferring Non-Aqueous Liquids
Technical Documents
- Get It Right! Selection Chart for Liquid Handling Instruments & Tips
- Increase Your Pipetting Productivity Today
- Grease for Pipettes
- Change Filter
- Chemical Resistance - Eppendorf Research® plus
- Eppendorf Research® plus - Temporary Adjustment
- Grease for Pipettes
- Locking Clips for Multi-Channel Lower Parts
- Standard operating procedure for manual dispensing systems
- 019 – Fundamentals of Dispensing
- 020 – Impact of Pipetting Techniques on Precision and Accuracy
- 021 – Influence of physical parameters on the dispensed volume of air-cushion pipette
- 024 – Cleaning and Inspection of Pipettes
- 025 – Calibration and Adjustment of Dispensing Systems in the Laboratory
- 046 – The Eppendorf PhysioCare Concept® - 3 Spheres Model
- 071 – How Can I Improve Sustainability in My Lab?
- 197 – The Eppendorf Research® plus Pipette - Lightweight, Reliable and Ergonomic
- 354 – The Tip of the Iceberg: How Pipette Tips Influence Results
- Checklist for a More Sustainable Lab
- Maintenance of Eppendorf Research® plus pipettes
- Pipetting Techniques
- Transferring Non-Aqueous Liquids
Technical Documents
- Get It Right! Selection Chart for Liquid Handling Instruments & Tips
- Increase Your Pipetting Productivity Today
- Grease for Pipettes
- Change Filter
- Chemical Resistance - Eppendorf Research® plus
- Eppendorf Research® plus - Temporary Adjustment
- Grease for Pipettes
- Locking Clips for Multi-Channel Lower Parts
- Standard operating procedure for manual dispensing systems
- 019 – Fundamentals of Dispensing
- 020 – Impact of Pipetting Techniques on Precision and Accuracy
- 021 – Influence of physical parameters on the dispensed volume of air-cushion pipette
- 024 – Cleaning and Inspection of Pipettes
- 025 – Calibration and Adjustment of Dispensing Systems in the Laboratory
- 046 – The Eppendorf PhysioCare Concept® - 3 Spheres Model
- 071 – How Can I Improve Sustainability in My Lab?
- 197 – The Eppendorf Research® plus Pipette - Lightweight, Reliable and Ergonomic
- 354 – The Tip of the Iceberg: How Pipette Tips Influence Results
- Checklist for a More Sustainable Lab
- Maintenance of Eppendorf Research® plus pipettes
- Pipetting Techniques
- Transferring Non-Aqueous Liquids
Technical Documents
- Get It Right! Selection Chart for Liquid Handling Instruments & Tips
- Increase Your Pipetting Productivity Today
- Grease for Pipettes
- Change Filter
- Chemical Resistance - Eppendorf Research® plus
- Eppendorf Research® plus - Temporary Adjustment
- Grease for Pipettes
- Locking Clips for Multi-Channel Lower Parts
- Standard operating procedure for manual dispensing systems
- 019 – Fundamentals of Dispensing
- 020 – Impact of Pipetting Techniques on Precision and Accuracy
- 021 – Influence of physical parameters on the dispensed volume of air-cushion pipette
- 024 – Cleaning and Inspection of Pipettes
- 025 – Calibration and Adjustment of Dispensing Systems in the Laboratory
- 046 – The Eppendorf PhysioCare Concept® - 3 Spheres Model
- 071 – How Can I Improve Sustainability in My Lab?
- 197 – The Eppendorf Research® plus Pipette - Lightweight, Reliable and Ergonomic
- 354 – The Tip of the Iceberg: How Pipette Tips Influence Results
- Checklist for a More Sustainable Lab
- Maintenance of Eppendorf Research® plus pipettes
- Pipetting Techniques
- Transferring Non-Aqueous Liquids
Technical Documents
- Get It Right! Selection Chart for Liquid Handling Instruments & Tips
- Increase Your Pipetting Productivity Today
- Grease for Pipettes
- Change Filter
- Chemical Resistance - Eppendorf Research® plus
- Eppendorf Research® plus - Temporary Adjustment
- Grease for Pipettes
- Locking Clips for Multi-Channel Lower Parts
- Standard operating procedure for manual dispensing systems
- 019 – Fundamentals of Dispensing
- 020 – Impact of Pipetting Techniques on Precision and Accuracy
- 021 – Influence of physical parameters on the dispensed volume of air-cushion pipette
- 024 – Cleaning and Inspection of Pipettes
- 025 – Calibration and Adjustment of Dispensing Systems in the Laboratory
- 046 – The Eppendorf PhysioCare Concept® - 3 Spheres Model
- 071 – How Can I Improve Sustainability in My Lab?
- 197 – The Eppendorf Research® plus Pipette - Lightweight, Reliable and Ergonomic
- 354 – The Tip of the Iceberg: How Pipette Tips Influence Results
- Checklist for a More Sustainable Lab
- Maintenance of Eppendorf Research® plus pipettes
- Pipetting Techniques
- Transferring Non-Aqueous Liquids
Technical Documents
- Get It Right! Selection Chart for Liquid Handling Instruments & Tips
- Increase Your Pipetting Productivity Today
- Grease for Pipettes
- Change Filter
- Chemical Resistance - Eppendorf Research® plus
- Eppendorf Research® plus - Temporary Adjustment
- Grease for Pipettes
- Locking Clips for Multi-Channel Lower Parts
- Standard operating procedure for manual dispensing systems
- 019 – Fundamentals of Dispensing
- 020 – Impact of Pipetting Techniques on Precision and Accuracy
- 021 – Influence of physical parameters on the dispensed volume of air-cushion pipette
- 024 – Cleaning and Inspection of Pipettes
- 025 – Calibration and Adjustment of Dispensing Systems in the Laboratory
- 046 – The Eppendorf PhysioCare Concept® - 3 Spheres Model
- 071 – How Can I Improve Sustainability in My Lab?
- 197 – The Eppendorf Research® plus Pipette - Lightweight, Reliable and Ergonomic
- 354 – The Tip of the Iceberg: How Pipette Tips Influence Results
- Checklist for a More Sustainable Lab
- Maintenance of Eppendorf Research® plus pipettes
- Pipetting Techniques
- Transferring Non-Aqueous Liquids
Technical Documents
- Get It Right! Selection Chart for Liquid Handling Instruments & Tips
- Increase Your Pipetting Productivity Today
- Grease for Pipettes
- Change Filter
- Chemical Resistance - Eppendorf Research® plus
- Eppendorf Research® plus - Temporary Adjustment
- Grease for Pipettes
- Locking Clips for Multi-Channel Lower Parts
- Standard operating procedure for manual dispensing systems
- 019 – Fundamentals of Dispensing
- 020 – Impact of Pipetting Techniques on Precision and Accuracy
- 021 – Influence of physical parameters on the dispensed volume of air-cushion pipette
- 024 – Cleaning and Inspection of Pipettes
- 025 – Calibration and Adjustment of Dispensing Systems in the Laboratory
- 046 – The Eppendorf PhysioCare Concept® - 3 Spheres Model
- 071 – How Can I Improve Sustainability in My Lab?
- 197 – The Eppendorf Research® plus Pipette - Lightweight, Reliable and Ergonomic
- 354 – The Tip of the Iceberg: How Pipette Tips Influence Results
- Checklist for a More Sustainable Lab
- Maintenance of Eppendorf Research® plus pipettes
- Pipetting Techniques
- Transferring Non-Aqueous Liquids
Detailed Description
The Eppendorf Research plus pipette is the most advanced and ergonomic pipette available from Eppendorf. The pipette has been designed from the ground up to be the lightest and most ergonomic pipette while still maintaining the performance and robustness you have come to expect from Eppendorf. The ultra light Eppendorf Research plus pipette meets the highest needs in precision and accuracy – combined with ultimate ergonomics and increased flexibility.
Citations
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11 Product Options
Catalog Number:
86-127
List Price:
$491.72
Your Price:
$421.48
Specifications:
| Volume | 10 μL (200 μL Tip Compatible) |
| Number of Channels | Single-Channel |
| Description | Fixed Volume, for 200µl Tips |
| Qty/Unit | 1 Pipettor/Unit |
Catalog Number:
86-147
List Price:
$491.74
Your Price:
$421.49
Specifications:
| Volume | 1000 µl |
| Number of Channels | Single-Channel |
| Description | Fixed Volume, for 1000µl Tips |
| Qty/Unit | 1 Pipettor/Unit |
Catalog Number:
86-145
List Price:
$491.74
Your Price:
$421.49
Specifications:
| Volume | 500 µl |
| Number of Channels | Single-Channel |
| Description | Fixed Volume, for 1000µl Tips |
| Qty/Unit | 1 Pipettor/Unit |
Catalog Number:
86-137
List Price:
$491.72
Your Price:
$421.48
Specifications:
| Volume | 100 µl |
| Number of Channels | Single-Channel |
| Description | Fixed Volume, for 200µl Tips |
| Qty/Unit | 1 Pipettor/Unit |
Catalog Number:
86-135
List Price:
$491.72
Your Price:
$421.48
Specifications:
| Volume | 5 to 50 μL |
| Number of Channels | Single-Channel |
| Description | Fixed Volume, for 200µl Tips |
| Qty/Unit | 1 Pipettor/Unit |
Catalog Number:
86-131
List Price:
$491.72
Your Price:
$421.48
Specifications:
| Volume | 20 μL (200 μL Tip Compatible) |
| Number of Channels | Single-Channel |
| Description | Fixed Volume, for 200µl Tips |
| Qty/Unit | 1 Pipettor/Unit |
Catalog Number:
86-125
List Price:
$491.72
Your Price:
$421.48
Specifications:
| Volume | 1 to 10 μL |
| Number of Channels | Single-Channel |
| Description | Fixed Volume, for 20µl Tips |
| Qty/Unit | 1 Pipettor/Unit |
Catalog Number:
86-129
List Price:
$499.46
Your Price:
$428.11
Specifications:
| Volume | 20 µl |
| Number of Channels | Single-Channel |
| Description | Fixed Volume, for 20µl Tips |
| Qty/Unit | 1 Pipettor/Unit |
Catalog Number:
86-141
List Price:
$491.74
Your Price:
$421.49
Specifications:
| Volume | 200 μL (1,000 μL Tip Compatible) |
| Number of Channels | Single-Channel |
| Description | Fixed Volume, for 1000µl Tips |
| Qty/Unit | 1 Pipettor/Unit |
Catalog Number:
86-139
List Price:
$491.74
Your Price:
$421.49
Specifications:
| Volume | 200 µl |
| Number of Channels | Single-Channel |
| Description | Fixed Volume, for 200µl Tips |
| Qty/Unit | 1 Pipettor/Unit |
Catalog Number:
86-143
List Price:
$491.74
Your Price:
$421.49
Specifications:
| Volume | 250 µl |
| Number of Channels | Single-Channel |
| Description | Fixed Volume, for 1000µl Tips |
| Qty/Unit | 1 Pipettor/Unit |
| Catalog # | Description | Qty/Unit | Volume | Number of Channels | Price (USD) | Quantity | Add to Order | |
|---|---|---|---|---|---|---|---|---|
| 86-125 | Fixed Volume, for 20µl Tips | 1 Pipettor/Unit | 1 to 10 μL | Single-Channel | ||||
| 86-127 | Fixed Volume, for 200µl Tips | 1 Pipettor/Unit | 10 μL (200 μL Tip Compatible) | Single-Channel | ||||
| 86-129 | Fixed Volume, for 20µl Tips | 1 Pipettor/Unit | 20 µl | Single-Channel | ||||
| 86-131 | Fixed Volume, for 200µl Tips | 1 Pipettor/Unit | 20 μL (200 μL Tip Compatible) | Single-Channel | ||||
| 86-135 | Fixed Volume, for 200µl Tips | 1 Pipettor/Unit | 5 to 50 μL | Single-Channel | ||||
| 86-137 | Fixed Volume, for 200µl Tips | 1 Pipettor/Unit | 100 µl | Single-Channel | ||||
| 86-139 | Fixed Volume, for 200µl Tips | 1 Pipettor/Unit | 200 µl | Single-Channel | ||||
| 86-141 | Fixed Volume, for 1000µl Tips | 1 Pipettor/Unit | 200 μL (1,000 μL Tip Compatible) | Single-Channel | ||||
| 86-143 | Fixed Volume, for 1000µl Tips | 1 Pipettor/Unit | 250 µl | Single-Channel | ||||
| 86-145 | Fixed Volume, for 1000µl Tips | 1 Pipettor/Unit | 500 µl | Single-Channel | ||||
| 86-147 | Fixed Volume, for 1000µl Tips | 1 Pipettor/Unit | 1000 µl | Single-Channel |
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