The Asiga MAX is the world's most advanced lab 3D printer offering exceptional productivity in a small footprint.
Asiga's unique SPS™ process guarantees every layer is formed accurately. Accurate layer formation is the key to achieving consistently accurate results in any production environment.
The fastest material change over than any other product on the market. Complete in under 30 seconds.
Simple platform calibration and internal radiometer for automatic LED calibration.
Asiga's unique SPS™ process guarantees every layer is formed accurately. Accurate layer formation is the key to achieving consistently accurate results in any production environment.
The fastest material change over than any other product on the market. Complete in under 30 seconds.
Simple platform calibration and internal radiometer for automatic LED calibration.
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3D printing materials cure faster at deeper UV wavelengths (385nm) reducing XY scattering and over-cure. The result is consistent accuracy, production reliability and the ability to process water-clear materials.
Design models on CAD Software and export it as an STL file and import it in Asiga Composer Slicing software to prepare jobs for Asiga 3D Printers.
After preparing the job submit it to Asiga 3D Printer and start the job by navigating from the touchscreen display from the 3D printer.
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After the job is finished post process the parts by cleaning it, removing supports and post curing, then use as per designed application.
From restorative dentistry to orthodentic devices. Produce surgical drill guides, removable die models, ortho models, custom impression trays, splints, partial frameworks, crown & bridge, inlays / onlays, gingiva and a range of dental appliances all on Asiga 3D printers.
Reduce time to market further by adding an Asiga 3D printer to you bench. Extraordinary surface smoothness and impeccable detail definition, unlike anything you've seen before.
Precision, speed and productivity make Asiga 3D printers the ideal choice for a digital audiology workflow.
Tough, functional and high temperature materials suitable for end-use parts and injection mold tooling inserts.
