Robotic Pipette Tips
Disposable filtered and non-filtered pipette tips that are designed for use with automated liquid handling workstations; robotic tips are subject to tighter tolerances than tips for handheld pipettes; may be designated for specific robotic systems.
Automated pipetting systems are used to rapidly and repetitively collect and transfer liquids. Robotic pipette tips are designed and packaged for easy use and typically compatible with specific automated systems.
Robotic pipette tips are available in your choice of size and style with the following features.
- Filtered or non-filtered
- Color (black, blue, clear, gray, natural, orange, white)
- Sterile or non-sterile
- Beveled or wide bore
- Short or extended length
- Metal-, DNase-, RNase-, ATP-, Bioburden-, PCR inhibitor-, endotoxin-, or pyrogen-free
- Conductive, liquid-level sensing, or low-retention tips
Choose robotic pipette tips compatible with automated pipetting systems.
Corning™ Axygen™ Automation Tip
Corning™ Axygen™ Automation Tip features unsurpassed straightness to ensure that the tip enters the well smoothly, every time.
Axygen™ Tecan™ Evo MCA96 Compatible Nested Pipet Tips
768 tips for use with Tecan Evo MCA96 multi-channel arm
Axygen™ Automation Pipette Tips for Molecular Devices FLIPR Tetra Workstation
Pipette tips manufactured to stringent specifications under strict process controls and assembled via automation to ensure consistent performance and quality
Axygen™ 10 μL Automation Tips for Agilent™/Velocity 11 VPrep™ and Bravo, 384 Tip Format
For use with Agilent™/Velocity11 automation systems
Axygen™ Clear Hanging Format Automation Pipet Tips for Hamilton Microlab™ Star Line and Nimbus™, 5 Pack
Compatible with Hamilton Microlab™ Star Line and Nimbus™ automated liquid handling workstations
Thermo Scientific™ Automation Tips for Qiagen™ Workstations
Increase pipetting performance with these automation tips, which undergo a rigorous 15-point quality control program to ensure accuracy and consistency.
Thermo Scientific™ Automation Tips for PerkinElmer™/Packard™ Robotic Liquid Handling Systems with 96- and 384-Channel MDT Dispense Heads
Increase pipetting effectiveness with these automation tips, achieving accurate and precise performance due to superior tip straightness and a low coefficient of variation.
Axygen™ Hanging Wafer Robotic Tips: Tecan-Style Clear Tips, Nonsterile
Clear tips for accurate sample delivery
Axygen™ Clear Hanging Format Automation Pipet Tips for Hamilton Microlab™ Star Line and Nimbus™, 5 Pack
Compatible with Hamilton Microlab™ Star Line and Nimbus™ automated liquid handling workstations
Thermo Scientific™ Conductive Automation Tips for Qiagen™ Workstations
Increase pipetting performance with Thermo Scientific™ Automation Tips for Qiagen™ Universal Pipetting Systems, which undergo a rigorous 15-point quality control program to ensure consistency.
Axygen™ Hanging Wafer Robotic Tips: Tecan-Style Liquid Level Sensing Tips, Presterilized
Black tips for accurate sample delivery
Axygen™ Automation Tips for Agilent™/Velocity11 and Bravo, 70 μL
Compatible with automated liquid handling systems. Axygen™ Automation Tips for Agilent™/Velocity11 and Bravo, 70μL are non-filtered pipette tips in 384-well racks. Constructed of clear polypropyle under strict controls to ensure quality. Options include sterile, non-sterile and double labeled tips.
Axygen™ Clear Hanging Format Automation Pipet Tips for Hamilton Microlab™ Star Line and Nimbus™, 5 Pack
Compatible with Hamilton Microlab™ Star Line and Nimbus™ automated liquid handling workstations
Thermo Scientific™ Automation Tips for Tecan™ Liquid Handling Platforms
Thermo Scientific™ Sterile Automation Tips for Tecan™ Liquid Handling Platforms increases pipetting perfomrance through the superior tip straightness and low %CV of these pipette tips.
Thermo Scientific™ Automation Tips for the Eppendorf™ epMotion™ Automated Pipetting System
Increase pipetting performance with these automation tips. Each pipette tip undergoes a rigorous 15-point quality control program to ensure consistency and accuracy achieved by superior tip straightness and a low coefficient of variation.