PureTIP One
Automated plasma cleaning that enables high-throughput pipette tip reuse
Discover The Next Step In Plastic Labware Reuse
High-throughput labs invest in automation to remove bottlenecks, reduce variability, and scale reliably. Tip consumption is one of the last remaining linear systems inside a highly automated environment.
With fully automated cleaning up to 70 racks/hour, PureTIP One fits where it belongs: as infrastructure that keeps your lab moving.
If the modern lab is defined by closed-loop workflows, tip reuse isn’t a nice-to-have. It’s the next logical step.
How Does Plasma Cleaning Work?
Automation
Proven Effective
Proven to Effectively Remove:
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DNA, RNA, siRNA, mRNA – to PCR Clean
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Macromolecules – Proteins, carbohydrates, etc.
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Complexes of macromolecules, eg. Immunoglobins
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Low molecular weight compounds in DMSO
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Cells, viruses, and sub-viral particles
Why PureTIP One?
With fully automated cleaning up to 70 racks/hour, PureTIP One fits where it belongs: as infrastructure that keeps your lab moving.
Read Our Latest Blogs!
Cutting Costs in the Lab: Reusing Pipette Tips and Microplates with IonField Systems’ Technology
Cutting Costs in the Lab: Reusing Pipette Tips and Microplates with IonField Systems’ TechnologyIntroduction In the fast-paced world of scientific research, efficiency and cost-effectiveness are paramount. Laboratories are constantly looking for ways to streamline...
Enhancing Cell Culture: The Benefits of Plasma-Treated Polymers for Adherent Cell Growth
Enhancing Cell Culture: The Benefits of Plasma-Treated Polymers for Adherent Cell GrowthIntroduction Adherent cells, which require attachment to a surface for optimal growth and proliferation, are a cornerstone of various biological and medical research fields. The...
Understanding Atmospheric Pressure Plasma: Physics and Cleaning Applications for Polymers
Understanding Atmospheric Pressure Plasma: Physics and Cleaning Applications for PolymersIntroduction Atmospheric pressure plasma (APP) technology is an innovative tool used in various fields, including surface cleaning, material modification, and sterilization. But...
