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H-Series
XY Resolution – 30µm to 53µm
Native 2K Projector
Open Source System
385nm/405nm Wavelengths
P4K UHD Series
XY Resolution – 30µm to 65µm
Native UHD 4K Projector
Open Source System
385nm/405nm Wavelengths
Pr110 4K Series
XY Resolution – 40µm to 55µm
Native 4K Projector
Open Source System
385nm Wavelength for Bio-compatible Parts
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PDMS Master Mold
Faster Iterations – Create mastermolds using our formulated resin, Mastermolds for PDMS devices. Print, cast, evaluate and iterate in the matter of hours instead of weeks. Features as fine as 50µm.
Ease of use – Print, clean and cure your Mastermold and it is ready to use. Create your PDMS device in a conventional lab oven without losing any printed feature(s) or deterioration of the master. Cast PDMS can be bonded and sealed to a glass slide using oxygen plasma.
Lab-on-a chip
Dynamic Prototyping – Microfluidic materials formulated to allow researchers to create a wide range of designs, layouts and features.
Evaluate & Iterate Faster – A system built to go from concept to iteration faster and allows researchers to better evaluate their design for functionality.
Easy Post-Processing – A technology engineered to print microfluidic devices that are easy to post process and ready to use in a wide range of applications.
Bioscaffolds
Using the Cadworks3D 3D printer’s open source feature, users can use any 3rd party bio material to 3D print bio-scaffolds.
Biosensors Housing
Watch how 3D printing has changed the workflow of PhD candidate Surath Gomis at the Kelley Lab, University of Toronto.
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Blog
3D printing paves the way for epifluidic devices with a skin-interfaced microfluidic device for sweat capture
The Tyler Ray team at the University of Hawai’i at Manoa harnesses the CADworks3D Pr110-385 printer and Clear Microfluidic Resin to establish a unqiue class of epidermal microfluidic device, called a ‘sweatainer.’ This device represents a groundbreaking advancement in the collection and analysis of sweat samples. 3D printing paves the way for epifluidic devices with
Design Guide to Clear Encapsulated Devices
Design Guide to Clear Encapsulated Microfluidic Devices < 5 minute read The fabrication of a complete, well-functioning microfluidic device requires a combination of basic 3D printing knowledge, careful planning, and iterative design testing. In this post, we explore useful tips and techniques to equip users with the tools to achieve their desire CADing and 3D
CADworks3D’s Master Mold for PDMS Device Resin empowers a sustainable and low-cost method for mass-producing LoaD device
Leveraging the CADworks3D PR110 printer and the Master Mold for PDMS Resin, a team of researchers at Sungkyunkwan University in South Korea paved the way for a scalable and green manufacturing process for polydimethylsiloxane (PDMS)-based microfluidic devices. CADworks3D’s Master Mold for PDMS Device Resin empowers a sustainable and low-cost method of mass producing Lab-on-a-Disc Devices