You have seen this before.
The part looked done.
The tool was made.
Then testing found a small issue.
Now the tool had to change.
It cost more than planned.
It took longer than expected.
Moving forward should not feel like a gamble.
High-purity Parts
High-purity parts that complement cleanroom molding.
How We Help You Win
Additive Production
Design optimization for low-labor additive production.
Relaible Supply Chain
Reliable, high-quality supply ready for mass and distributed production.
Step 1
You Provide Part Specs
and Requirements
Start without
commitment to tooling
Your Path to High-purity Parts
Step 2
We Optimize Design
for 3D Printing
Confirm manufacturability
before production
Step 3
We Deliver Controlled,
Repeated Production
Production parts now
more volume as you need it
Why Material Choice Matters
MIXR
CFD-Optimized Magnetic Stir Bars - Impeller-like mixing without overhead mixer
Labware
US patent pending
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Conventional stir bars work well for low-viscosity liquids but are inefficient with complex fluids.
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We combine user feedbacks, CFD simulations, and real-world testing to create optimized stir bar designs for a wide range of viscosities and mixing needs.
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First application of CFD optimization, commonly used in in industrial mixing, to magnetic mixing.
High-turnover design
For high-viscosity liquid mixing
High-shear design
For dispersion & emulsion
Rod-shaped design
For standard mixing
Reduced Decoupling | Vigorous Mixing | Safe Intuitive Operation | PFAS-free | Low Extractable Potential | Adaptable to Various Vessel Sizes |
Material
PEN Labware:
An Eco-Friendly Alternative to PTFE
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Biocompatible, ISO10993-4, USP<88> class VI, and more
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Recyclable & PFAS-free
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Exceptional chemical resistant
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Steam, gamma and EtO sterilizable
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Low carbon footprint and wastes
PTFE is chemically stable, but it is part of the PFAS family. These are harmful pollutants found in the blood of 97% of Americans and are linked to serious health and environmental risks.
To tackle this, we've developed labware with PEN, an eco-friendly alternative offering greater chemical resistance than TPX and PC, but less than PTFE and PEEK, making it versatile for many applications.
PEN has a lower carbon footprint than PTFE and PEEK, is recyclable with PET, and our manufacturing process produces zero wastewater or industrial waste, providing a greener solution.
FDM 3DP filament
Non-contaminating, practical printability
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Exceptional chemical & heat resistance
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USP <88> Class VI, USP <87>
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ISO 10993-4, -10 & ADCF
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FDA & EU food-contact approved
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Sterilizable using steam, gamma, & EtO
We Engineer 3DP Filament for Scientists
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Many scientific fields still lack 3D printing materials that meet their specific needs.
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Our customers need functional parts, not just prototypes, to work efficiently and succeed.
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Our easy-to-print filaments make 3D printing simpler, with less frustration and less training required.
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We work closely with users so they can focus on innovation instead of material limitations.
Applications
3D-printed PEN
bone cement mold
3D-printed PEN
CSTR reactor
3D-printed PEN
medtech cartridge
3D-printed PEN
surgical guide
3D-printed PEN microfluidic chip
