The DW 029D is a rapid manufacturing system designed for medium-scale production, ideal for producing larger quantities of burn-out models, orthodontic models, and gypsum-like models obtained from intraoral scanning.
Designed for medium-to-large laboratories, the DW 029D combines high speed and precision.
The 3D printer uses stereolithography technology to obtain the extremely high resolution and definition required in the dental sector, and minimise the finishing required. It is a reliable, accurate, and extremely precise printer, compatible with a wide range of 3D printing materials for all dental applications.
The DW 029D has been designed to operate 24 hours a day, with maximum reliability and zero maintenance. The DW 029D 3D printer includes our Nauta+ print management software, which can generate support structures automatically. It is also equipped with the TTT System (Tank Translation Technology), an electromechanical device that automatically moves the resin tank as a model is built, helping to reduce localised wear to the tank caused by laser beam irradiation. This innovation extends the tank’s lifespan and significantly reduces running costs.
Main Features
- Stereolithography 3D printer
- Automatically generates support structures via the Nauta software
- Wide range of materials available
- Low running costs
- No maintenance required
- Computer with LCD monitor included
- Easy to refill material
- Printing area: 150 x 150 x 100 mm
- Equipped with the TTT (Tank Translation Technology) System to maximise the resin tank’s lifespan
Specs
- Printing area: 150 x 150 x 100 mm
- Layer thickness: 10-100 µm (depending on the type of material used)
- Light source: Solid State BluEdge
- Scanning method: galvanometer
- Control software: Fictor®
- Operating system: Windows 7 and above
- Input file formats: .stl, .slc, .dws3, .dws2, .mkr, .3dm, .ply, .3ds, .obj, .lwo, .x
- Printer dimensions: 610 x 660 x 1400 mm
- Weight: 150 Kg
- Operating temperature/humidity: 22-25°C / 60%
- Power consumption: 500 W
Applications
- Orthodontic arches and models
- Research models
- Surgical guides
- Investment casting models
- Removable plates
- Medical imaging
- Gum-like templates for demonstration models
- Templates for bracket positioning
- Dental models with dies
