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We use the following 3D Printers in our laboratories:

Roland ARM-10 Desktop 3D Printer

The Roland ARM-10 Desktop 3D Printer is ideal for quickly checking a design in the initial stage of prototyping or modeling a complex shape. Incorporating a stereo-lithography process with a UV-LED projection system, the ARM-10 builds models by sequentially curing layers of resin from a liquid resin vat. Simultaneous production of multiple objects can be accomplished within the same work area, reducing modelling time when compared with methods where lasers expose specific areas.

  • High quality, accurate desktop 3D printer
  • Produces prototypes for initial concepts and models complex shapes
  • In-house prototype production shortens the design/development cycle and reduces product development costs
  • Build technology: Layer projection system
  • Build speed: 10mm/h (Layer pitch = 0.15mm)
  • monoFab Player AM software offers user-friendly interface to support even novice users in 3D printing
  • 3D CAD/CG data optimised for 3D printing

Form 2, by FormLabs

The most advanced desktop 3D printer ever created. Industrial quality 3D printing made accessible, the Form 2 delivers high-resolution prints at a fraction of the cost. Discover what you can create with desktop stereolithography (SLA) by requesting a sample part below.

Large prints, incredible resolution.

At the heart of the machine is a powerful optical engine guided by custom-built galvanometers, delivering big prints with spectacular detail. A high precision laser draws parts at 25-100 micron resolution, delivering accuracy on par with industrial 3D printers

  • Build Volume:145x145x145
  • Layer Thickness:25-100microns
  • Laser Spot Size:140microns
  • Laser Power:250mW

DigitalWax 029D

Produced by the Italian company DWS, DigitalWax 029D system is designed for the production of:

  • Models of temporary restorations
  • Orthodontic models and gypsum-like models
  • Surgical templates and cast PMA scaffolds
  • Including clasp designs

Thanks to the technology of layer after layer formation, there are not any restrictions connected to the geometric complexity of the model: undercuts, cavities, thin surfaces and complicated shapes can be generated without any difficulty. The models are made of high-quality liquid photosensitive polymer.