3D printing drives innovation
The cost of multiple testing phases and changes to a prototype using traditional approaches would have been prohibitive. This is where 3D printing has made such a difference.
The Future of Dental Simulation.
Anatomic4D, based in Sydney, Australia develops and manufactures advanced 3D printed ‘True to Life’, ultra-realistic dental simulation products for education and training of dental practitioners.
Chairside Dentistry – CLAUSS System
The CLAUSS ‘system’ brings together all the software and hardware needed to build an integrated end-to-end digital workflow, enabling users to design and/or produce high quality dental restorations and appliances at their pace.
Multi-range, multi-material printing: A unique technology found only in Asiga 3D printers
In dentistry, additive technologies cover a wide range of indications across nearly every discipline and niche found within the profession. For these and various other reasons, dependence on additive manufacturing processes such as 3D printing will only continue to rise.
In the clinic with Dr Anthony Mak
We are delighted to gain behind-the-scenes access into one of Australia’s leading dental practices, W Dental in Sydney.
3D printing in the dental clinic with Signature Dentistry
Dr. Kasen Somana from Signature Dentistry talks about his digital journey and why he chose the Asiga MAX UV as his go-to printer for 3D printing in the clinic.
Inside Alex Yusupov Specialist Orthodontists
Take a peek inside leading orthodontists Alex Yusupov Specialist Orthodontists and see how they are utilising Asiga 3D printers within their daily workflows.
3D printing at Race Dental Laboratory
3D printing in some industries is a primary manufacturing process so output consistency, speed and part quality are imperative to ensure production efficiency and continuity.
Review of the Asiga PRO 4K80 UV by DentalTechTips
Our industry leading PRO 4K continues to make waves in many additive manufacturing industries and here is a recent product review by DentalTechTips.
Guided soft-tissue emergence profile techniques using CAD/CAM technologies
The following article describes two original techniques that use CAD/CAM technology to generate a pre-surgical healing abutment or provisional restoration.
