Unboxing the Cure
Start post-curing parts within minutes on the Asiga Cure
Asiga materials division
Where our precision 3D printing materials are developed and manufactured
Asiga at the Good Design Awards
Good Design Awards for the Max 2, the Ultra and the Cure!
The Max Crown Kit
Faster and optimised printing of crowns, bridges, inlays/onlays and veneers
Asiga factory tour 2025
https://vimeo.com/1082014984?share=copy#t=0https://vimeo.com/1134111353?share=copy&fl=sv&fe=ci Join local dentist Dr Andrew Ip and Asiga Managing Director Justin Elsey on a tour of our production facility in Sydney, Australia. Walk-through the following departments for a detailed overview of the origin of an Asiga 3D printer. Designed in Australia.Manufactured in Australia. Explore 3D printers Find your reseller
The Two Potato Problem
Light curing the scientific way.
Inside look into Microfluidic Applications with Dr. Totea
Dr. Ana-Maria Totea, Programme Leader for BSc Pharmaceutical Science at the University of Greenwich, integrates 3D printing into her research to develop innovative drug delivery systems, microfluidic arrays, and precise dental models. Her team chose the Asiga Ultra for its precision, reliability, and compatibility with various resins, making it an essential tool for advancing pharmaceutical and dental applications.
Programmable optical window bonding enabled 3D printing of high-resolution transparent microfluidic devices for biomedical applications
Herein, we introduce a novel “programmable optical window bonding” 3D printing method that incorporates the bonding of an optical window during the printing process.
3D printed cell for the in situ dynamic light scattering monitoring of nanoparticle size distribution in microfluidics
In situ characterization during nanoparticle synthesis is a necessary tool to understand elementary steps of the reaction and accelerate design of new materials.
LIFT™ – Liquid Interface Film Technology
Print up to twice as fast.
