TTT System - Tank Translation Technology that reduces wear and tear of tanks
Specs
Technology: Laser Stereolithography Working Area: Ø 180x180 mm Laser Source: Solid State BlueEdge® Slice Thickness: 10-100 microns (mechanical resolution, the actual value depends on the material used) Scanning Method: Galvanometer Software: Fictor® XFAB Edition and Nauta®+ included Input File Format: .stl, .slc, .nauta, .fictor, .mkr, .3dm, 3ds, .ply, .obj, .lwo, .x Machine Size: 400 x 606 x 642 mm Weight: 31 Kg Operating Temperature and Humidity: 20°-25°C / 60% Power Supply: 24V DC with AC 240/100V / 50-60 Hz external supplier included Electrical Consumption: 160W PC Minimum Requirements: Windows 8 or higher* Memory: RAM 4 GB* Graphics Card: OpenGL 2.0 compatible or above* I/O Interfaces: 1 USB port Connectivity: 1 active internet connection
* The recommended requirements may vary in accordance with the complexity of the file to be printed.
XFAB 2500HD is the perfect tool for professional applications in jewellery to produce models for direct casting and rubber moulding. It is provided with the proprietary software Nauta®+, that allows to modify supports, to alter the orientation and the position of objects for best 3D printing, thus maximizing the quality of surfaces. The printer features also the Fictor® software, that allows to manually customize the parameters of DWS materials based on the user’s know-how. XFAB 2500HD is addressed to small goldsmiths, designers and to those who need to produce a wide variety of models in high resolution, from solid to fine detailed models, for direct casting and rubber moulding. The smart cartridges for the XFAB series have been designed to ensure safety, a quick material change and the cutting of time for material filling and replacements. Thanks to the automatic extrusion mechanism, no manual intervention is required and risks of accidental leaks are eliminated. XFAB 2500HD works with professional grade materials like Fusia DC710, Fusia DC800 and Fusia DC900. The BlueEdge® laser developed in-house by DWS is accurate, precise and calibrated to obtain smooth surfaces requiring no further finishing. It is long lasting and needs no maintenance or adjustments.
FUSIA DC800 was developed for direct casting of jewellery models of any complexity and shapes. FUSIA DC800 is a versatile material and allows the building of detailed parts with high quality resolution, both thin and solid. It is extremely easy to burn out with standard investments. FUSIA DC800 is a photosensitive material for DWS stereolithography 3D printers, for universal use. It is the best solution for geometries with filigree and solid parts in the same model.
FUSIA 444 was developed for direct casting. FUSIA 444 allows the building of detailed parts with high quality resolution, accuracy, smooth and thin surfaces, and does not require any other manual finishing. It is easy to burn out with standard investments. FUSIA 444 is a photosensitive material for DWS stereolithography 3D printers, suitable for direct casting of detailed thin and solid models.
FUSIA DC710 was specially developed for direct casting of jewellery models made by filigrees and intertwined patterns. FUSIA DC710 allows the building of detailed parts with high quality resolution, accuracy and smooth surfaces and does not require any other manual finishing. It is easy to burn out with standard investments.
FUSIA 445 was developed for direct casting. FUSIA 445 allows the building of detailed parts with high quality resolution, accuracy, smooth and thin surfaces, and does not require any other manual finishing. It is easy to burn out with standard investments.
FUSIA 445 is a photosensitive material for DWS stereolithography 3D printers, suitable for direct casting of detailed thin and solid models. In combination with proprietary software Nauta XCluster and Nauta XCluster Chain (optional) FUSIA 445 is one of the ideal materials for the print of already prepared clusters for direct casting.
Fusia DC900 castable resin represents DWS state-of-the-art material for lost wax casting. All desired requirements are condensed in this innovative formulation: red matt color for perfect visual inspection, maximum castability and an incredible level of detail.
The possibilities in the design are limitless and the stability of the material allows the creation of high jewellery pieces with complex texture and patterns.
PRECISA 780 is a rigid opaque material, in gray colour. It is precise and accurate and suitable for the realization of prototypes, toys, high detailed models, marketing samples and models for silicon molds. PRECISA 780 is suitable both for thin and thick models. It can be
used also to make rubber moulds (max. 90°C). Models made of PRECISA 780 are extremely smooth and precise.
THERMA 289 is a photosensitive nanoceramic material for DWS stereolithography 3D printers, developed for thermal resistance tests and high definition models for vulcanized rubber molds (max. 180°C). THERMA 289 is suitable both for thin and thick models. Models made of THERMA 289 are extremely smooth and precise.
THERMA 294 is suitable both for thin and thick models. It is the ideal material for the moulding. Models made of THERMA 294 are extremely smooth and precise. THERMA 294 is a photosensitive nanoceramic material for DWS stereolithography 3D printers, developed for thermal resistance tests, high definition models for vulcanized rubber molds.
FUSIA 445 was developed for direct casting. FUSIA 445 allows the building of detailed parts with high quality resolution, accuracy, smooth and thin surfaces, and does not require any other manual finishing. It is easy to burn out with standard investments.
FUSIA 445 is a photosensitive material for DWS stereolithography 3D printers, suitable for direct casting of detailed thin and solid models. In combination with proprietary software Nauta XCluster and Nauta XCluster Chain (optional) FUSIA 445 is one of the ideal materials for the print of already prepared clusters for direct casting.
IRIX V is part of the Digital Stone Series: particularly translucent, it has been created to meet the market needs of the fashion and
fashion accessories industries. Ideal for 3D printing of faceted stones and translucent ornaments without geometric shape limits.
Direct Manufacturing
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