Technical Specifications

 ModelBuilding SizeX:Y ResolutionIdeal Printing Applications
Light engine optimized for 405nm photoinitiator resins, hydrogels and bioinks
M50-405nm57x32x12030µmExceptional resolution, ideal for encapsulated chips and PDMS master molds requiring printed features as small as 60µm
M80-405nm80x45x12041.5µmHigh resolution with a large print area, ideal for microfluidic connectors, encapsulated chips and PDMS devices requiring printed features as small as 80 to 100µm
M100-405nm100×57.5×12050µmLarger print area with uncompromising resolution, ideal for microfluidic connectors, encapsulated chips, PDMS devices and prototyping requiring printed features as small as 100µm
Light engine optimized for 385nm photoinitiator hydrogels and bioinks
M50-385nm57x32x12030µmExceptional detailed hydrogel or bioink applications requiring fine printed parts.
Custom bioinks and hydorgels can be calibrated through the open source printer hardware and software.
M80-385nm80x45x12041.5µmHigh detailed hydrogel or bioink applications requiring a large print area.
M100-385nm100×57.5×12050µmHydrogel or bioink applications requiring a larger print area without compromising resolution.
Light engine optimized for 365nm photoinitiator hydrogels and bioinks
M50-365nm57x32x12030µmExceptional detailed hydrogel or bioink applications requiring fine printed parts.
M80-365nm80x45x12041.5µmHigh detailed hydrogel or bioink applications requiring a large print area.
M100-365nm100×57.5×12050µmHydrogel or bioink applications requiring a larger print area without compromising resolution.