| | Model | Building Size | X:Y Resolution | Ideal Printing Applications |
Light engine optimized for 405nm photoinitiator resins, hydrogels and bioinks | M50-405nm | 57x32x120 | 30µm | Exceptional resolution, ideal for encapsulated chips and PDMS master molds requiring printed features as small as 60µm |
| M80-405nm | 80x45x120 | 41.5µm | High resolution with a large print area, ideal for microfluidic connectors, encapsulated chips and PDMS devices requiring printed features as small as 80 to 100µm |
| M100-405nm | 100×57.5×120 | 50µm | Larger 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 | M50-385nm | 57x32x120 | 30µm | Exceptional detailed hydrogel or bioink applications requiring fine printed parts. | Custom bioinks and hydorgels can be calibrated through the open source printer hardware and software. |
| M80-385nm | 80x45x120 | 41.5µm | High detailed hydrogel or bioink applications requiring a large print area. |
| M100-385nm | 100×57.5×120 | 50µm | Hydrogel or bioink applications requiring a larger print area without compromising resolution. |
Light engine optimized for 365nm photoinitiator hydrogels and bioinks | M50-365nm | 57x32x120 | 30µm | Exceptional detailed hydrogel or bioink applications requiring fine printed parts. |
| M80-365nm | 80x45x120 | 41.5µm | High detailed hydrogel or bioink applications requiring a large print area. |
| M100-365nm | 100×57.5×120 | 50µm | Hydrogel or bioink applications requiring a larger print area without compromising resolution. |
