The Advance and Profession series have the largest printing platform among CADworks3D product lines and working with a printable volume up to 255x235x190 mm (125µm pixel size) and 250x140x190 mm (65µm pixel size).
This series are driven by high resolution LED light engine with Digi-optical technology for faster printing speed and beautiful printing details, make it perfect for individualized mass production and professional applications.
Profession Series
4K Resolution: 3840 X 2160 pixels Up to 30µm accuracy with a printable volume of 120x67x190 mm
Open system: Compatible to diversified materials and 3rd parties software
Advance Series
Dual Full HD Resolution
”Square” printing area enable more productive printing volume
Fast printing speed motivated by “Single Pixelized Entire Layer Exposure” (>2cm/hr@100um)
Advance 255
Advance 205
Profession 250
Profession 120
The CADworks3D H-Series 3D printer is a base model printer for microfluidics with variable X:Y resolution options ranging from 30 to 78µm and corresponding build platforms ranging from 57x32x120mm to 80x45x120mm. The printer is an open materials system and is a low-cost and easy-to-maintain 3D printer suitable for research institutions. Users of CADworks3D H-Series 3D printer have exclusive access to Mastermold for PDMS resin, which enables them to print molds for casting PDMS devices with fine features as small as 60µm. In addition, users can utilize the Clear microfluidic resin to create clear devices with encapsulated channels as small as 400µm.
The CADworks3D H-Series 3D printer is a base model printer for microfluidics with variable X:Y resolution options ranging from 30 to 78µm and corresponding build platforms ranging from 57x32x120mm to 80x45x120mm. The printer is an open materials system and is a low-cost and easy-to-maintain 3D printer suitable for research institutions. Users of CADworks3D H-Series 3D printer have exclusive access to Mastermold for PDMS resin, which enables them to print molds for casting PDMS devices with fine features as small as 60µm. In addition, users can utilize the Clear microfluidic resin to create clear devices with encapsulated channels as small as 400µm.
