Master Mold for PDMS
PHOTOPOLYMER RESIN MADE FOR MICROFLUIDICS
The capabilities are uniquely enabled by the Profluidics 285D and are fully compatible only with this system.
Achievable Features
Micro Wells
XY | 100 μm
Z | 100 μm
Spheres
XY | 300 μm
Z | 200 μm
Serpentine
XY | 200 μm
Z | 100 μm
Square Resevoir
X | 3.5 mm
Y | 4.0 mm
Z | 200 μm
Swipe to Explore
Create Master Molds At Benchside
At CADworks3D, we provide a complete 3D printing system that makes it easy for researchers to create high-resolution master molds right at the bench.
There is no need for cleanroom access or complicated fabrication steps. Just 4 simple steps : CAD, Pour, Print, and Clean. You can have a functional mold ready within a day.
Create Master Molds At Benchside
Our complete 3D printing system is powered by the ProFluidics 285d, an advanced 3D printer built specifically for microfluidics, lab-on-a-chip devices, and biomedical research. It offers reliable performance, sharp feature resolution, and full compatibility with standard CAD software. This all-in-one solution simplifies microfabrication, speeds up prototyping, and brings precision manufacturing into any lab setting.
On-Hand Experience
3 Simple Steps
Create master molds at Benchside in 1 day. New to 3D Printing? Click Here
CAD
Create your master molds using CAD software.
01 – Pour
Print the master molds using our exclusive 3D materials and 3D printer.
02 – Print
Print your master molds with confidence, using the Master Mold for PDMS Photopolymer and a CADworks3D printer.
03 – Clean
Post-processing involves a quick and easy cleaning and curing of the master molds.
Master Mold for PDMS - Rapid HD
Empower Research Worldwide
Support Over 200 Universities, Research Institutes, and laboratories. More Articles >
Université Laval researchers build a field-portable cell-sizing sensor using a 3D printed mold for rapid PDMS microchannel fabrication
Sungkyunkwan University researchers build microfluidic blood-test discs from 3D printed molds at room temperature
UC Santa Barbara researchers 3D print molds to build microfluidic mixers without a cleanroom
University of Toronto researchers 3D print a microfluidic chip to catch rogue stem cells hiding in lab-grown heart tissue
Are These Challenges Holding Back Your Research?
Trouble printing molds that are accurate to your CAD?
The ProFluidics 285D is equipped technology to build precise and smooth microfeatures — with a Ra of 0.18µm.
Do you use other soft elastomers besides PDMS?
Listen to how Alex Leblonde from McGill university used our Master Mold Resin to create an agarose device.
Interested in this 3D Material?
The capabilities of the Master Mold for PDMS Photopolymer Resin are uniquely enabled by the ProFluidics 285d and are fully compatible only with this system.
See More 3D Materials
Explore our range of 3D materials designed specifically for microfluidics.
