Skip to content

0

3D Printers
- ProFluidics 285D
- H Series
Master mold for PDMS
Clear Monolithic Devices
Biocompatible Devices
Reading Materials
- Academic Articles
- Research Highlights
Speak To An Expert
Shop
Support
0

RESEARCH HIGHLIGHTS

Discover how CADworks3D’s printers and materials have aided users in their research

3D printed epifluidic devices called the Sweatainer. Developed by the Ray Research Group.

3D printing paves the way for epifluidic devices with a skin-interfaced microfluidic device for sweat capture

Sustainable and Scalable roll-to-roll manufacturing platform for PDMS-based LoaD devices

CADworks3D’s Master Mold for PDMS Device Resin empowers a sustainable and low-cost method for mass-producing LoaD device

LEARNING RESOURCES

Learn all sorts of tips and tricks, from using your CADworks3D system to best practices on designing and post-processing microfluidic devices

One of many design iterations for a clear microfluidics device with encapsulated channels and features. Designed on Autodesk Fusion 360

Design Guide to Clear Encapsulated Devices

3D Printing has several microfluidic applications, a key example being PDMS Device fabrication. 3D Print Master Molds for PDMS with design features that are as small as 50µm

3D Printing for Microfluidics: PDMS Devices

About Us

CADworks3D is a top provider of advanced 3D printing solutions for microfluidic devices. Our experienced team is dedicated to customer satisfaction and technical support, offering a wide range of tailored 3D printers, photopolymers, and accessories. We strive to lead the industry with innovative technology and empower researchers, engineers, and scientists to turn their ideas into reality efficiently.

Sitemap

3D Printers
- ProFluidics 285D
- H Series
Master mold for PDMS
Clear Monolithic Devices
Biocompatible Devices
Reading Materials
- Academic Articles
- Research Highlights
Speak To An Expert
Shop
Support

Contact Us

30 Great Gulf Dr Unit 28, Concord, ON L4K 0K7

+1 416-368-7266

info@cadworks3d.com

© 2020 Cadworks3D