White papers, technical studies
and case studies.

Digital Dental Workflow videos.

Producing narrow channels and cavities with transparent, photopolymerizing 3D printing resins can be extremely difficult – but it’s entirely possible with the high-quality MOIIN resins developed in Hamburg.

Read about the experiences of master dental technician Andreas Hoch, CEO of Dentaltechnik Kiel.

Our industry leading PRO 4K continues to make waves in many additive manufacturing industries and here is a recent product review by DentalTechTips.

Read about Artistic Dental Laboratories, Inc.

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.

Asiga’s desktop solution takes designs to real parts in hours.

Developed by the Australian Astronomical Optics (AAO), Starbug's are tiny, legless, armless fibre optic positioning robots working on some of the world's largest telescopes.

A series of questions answered by Udo Gütelhöfer from Haus Der Hörtechnik Gmb providing insight into the company.

ASSA ABLOY were looking for a tough material that offers long-term durability, could withstand 120,000 cycles and maintain an excellent surface finish.

Occlusally adjusted splints are non-invasive and reversible therapeutic adjuncts that are an integral part of the clinical management of temporomandibular dysfunction.

Starkey Hearing Technologies is a global leader in digital hearing aids including earmould design and production.

Deutsches Elektronen-Synchrotron DESY is the world's leading research centre for accelerator, particle and astroparticle physics as well as for research into photon science.

The following article describes two original techniques that use CAD/CAM technology to generate a pre-surgical healing abutment or provisional restoration.

Take a peek inside leading orthodontists Alex Yusupov Specialist Orthodontists and see how they are utilising Asiga 3D printers within their daily workflows.

In 2016, the removable prosthesis, too often the poor relative in our laboratories, is not of much interest to the young prosthetist.

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.

From idea to perfection - the creation of jewellery by stereolithography.

MIT and Draper researchers have 3D printed a novel microfluidic device that simulates cancer treatments on biopsied tumor tissue.

Through a partnership with the Holy Land Institute for the Deaf, volunteer organization 3DP4ME hopes to provide 3D printed hearing-aid ear molds to disadvantaged populations in the Middle East.

Asiga's CEO Justin Elsey discusses new developments in 3D printing for digital dentistry.

Efficiently 3D printing models in house helps provide top-quality service to dentists.

A series of questions answered by Juan from Lolacustica providing insight into the company.

This paper reports the design, fabrication, and characterization of arrays of miniaturized, internally fed, polymer electrospray emitters fabricated with stereolithography.

A guided CEREC Guide 2 case printed on the Asiga MAX UV by August De Oliveira from Digital Enamel.

Asiga at one of the largest dental laboratories in the Netherlands.

Reach Robotics, a robotic manipulator manufacturer in Sydney, Australia develop rugged and lightweight manipulator arms designed to extend human reach into harsh environments.

We are delighted to take a behind the scenes peek into one of Australia's leading manufacturing jewellers, Australian Diamond Company.

See for the first time a glimpse inside Asiga's factory and a full technical review of the Asiga MAX for dental applications.

Audiology lab Haus der Hörtechnik GmbH have taken the time to document their digital workflow and together with Detax have presented this insightful case study.

A case Study by Dentaltechnik Knebelsberger GmbH.

With an install of 5x MAX UV and 4x PRO 4K80 UV, see why Andent chose Asiga for their busy dental lab.

While 3D printing is currently poised at the forefront of technology, 4D printing is nipping right at its heels.

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.

Digitalisations in dental technology has advanced at an enormous pace over recent years, such that it is hard for the lab owner to keep up with developments.

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.

Flame retardant 3D Printing material Loctite 3955 from Henkel now validated for Asiga 3D printers.

We are delighted to gain behind-the-scenes access into one of Australia's leading dental practices, W Dental in Sydney.

Race Dental is Australia's largest dental laboratory. CEO, Brad Race discusses how his company applies 3D digital technologies to stay competitive.

Asiga customer Palloys is Australasia's premier jewellery manufacturing and custom jewellery service centre.

Read about Atlanta Oral & Maxillofacial Surgery in Atlanta.

Digital Enamel have their say on using the Asiga MAX UV for producing dental models with an articulator using Whip Mix Verimodel OS Ivory resin.

Detailing the efficient workflow of the CAD / CAM & CASTING processes incorporation, 3Design, Zbrush, Asiga PICO2 and SuperWAX direct casting material.

Asiga PRO2 75 3D printer streamlines the production of orthodontic clear aligners.

For many years Asiga 3D printers have been used widely in the audiology sector for the manufacture of hearing devices.

Always at the forefront of dental technology in the UK, Laboratory manager Jon Dolding from Ceramic Design Studio in Hove, UK was asked by his client Dr Bill Schaeffer from The Implant Centre to document the manufacture a surgical guide using a 3D printer.

The Victor Chang Cardiac Research Institute 3D print micro-scaffolds on the Asiga MAX X to provide a structure when melding human heart cells.