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Design guide
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component library
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Embedded solutions to microfluidic design challenges
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Microfluidic Devices, Fast.
Custom devices in 3 days. Upload a design now to get a quote.
Upload now
Visit the design portal
Design
Make microfluidic design easy with embedded components and standard formats.
build
From CAD model to reality in days instead of months.
test
De-risk device development by using production grade materials from day one.
Traditional microinjection molding : 3 - 5 month lead time
1x
2x
3x
4x
5x
6x
7x
8x
9x
10x
Parallel Fluidics: Rapid transition molding
10x
Device iterations in the time it takes to produce one microinjection mold.
scalable materials
Production grade thermoplastics ensure your prototypes represent your final product.
Cyclic Olefin Copolymer (COC)
thermostat
Compatible with elevated temperatures
biotech
Excellent optical properties
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Low water absorption
science
Solvent resistant
sensors
Better bonding properties than COP
Cyclic Olefin polymer (COp)
thermostat
Compatible with elevated temperatures
biotech
Excellent optical properties
format_color_reset
Low water absorption
science
Solvent resistant
sensors
Lower surface adsorption than COC
pOLYMETHYL mETHACRYLATE (pmma)
thermostat
Cost effective
biotech
Good imaging properties
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Fat/oil compatible
sensors
Slightly hydrophilic
Polycarbonate (PC)
thermostat
Compatible with elevated temperatures
biotech
Impact resistant
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Fat/oil compatible
science
Moderate alcohol resistance
Download material datasheets
core formats
Pre-built templates that speed up your development process by unlocking automatic expedited lead times and compatibility with integrated components.
Learn more
integrated components
A library of embeddable components solve the basic challenges of microfluidics to reduce your engineering effort. Available at prototype quantities or at high volume.
Visit the component library
1/4-28 port
Connect to capillary tubing.
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Library
250
μ
l reSERVOIR
Reservoir for sample input and output.
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library
Luer PORT
Connect to male luer fittings.
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Library
how to work with parallel
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Step
01
download cad templates
Starting from one of our pre-built templates will ensure that your design will be compatible with capping, components, and accessories.
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Step
02
design your microfeatures
Add your channels and features in CAD. Make sure to follow the design guidelines to keep costs low and improve chances for success.
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Step
03
add components
Choose components from the library to help solve the basic challenges of microfluidics like interfacing with external pumps and sensors.
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Step
04
upload your design
Our dynamic quotes allow you to adjust quantities, materials, and lead time on the fly.
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Step
05
get your parts
We'll rapidly fabricate your device and send it straight to your door.
Design resources straight to your inbox.
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