With the next generation of the TruPrint 1000, we are continuing our success story – with even higher productivity and premium quality thanks to the full-field multi-laser and completely redesigned homogeneity of the gas flow. The 3D printer is intended for processing metal powders using the laser metal fusion process, also known as Power Bed Fusion. Due to the high level of robustness and quality in 3D printing, the TruPrint 1000 is not only perfectly suited for the dental market but also impressive in the R&D area or in small series production.
The new design of the TruPrint 1000 is optimally structured so that the machine fits through a standard door and can find its place in any laboratory, e.g. in the dental field or in universities.
With multilaser 2 x 200 W and automatic substrate plate change
Through redeveloped gas flow and improved laser focus stability
Inert powder cycle with glove box and interchangeable cylinders
With the adjustable spot diameter (55/80 µm) and detailed process analysis
Take advantage of the multilaser option to maximize your productivity: Two 200 W TRUMPF fiber lasers (wavelength: 1,070 nm) simultaneously scan the entire build volume with complete overlap, thereby generating up to 80% more parts – in the same amount of time and with the utmost flexibility. As such, you can ensure that parts are available more quickly and maximize flexibility when processing customer orders.
Quickly manage spikes in demand and benefit from a longer machine runtime without any interventions by the operator. This is possible because the build cylinder can optionally accommodate up to four substrate plates, meaning the substrate plate can be exchanged automatically without stopping the LMF process. The machine software provides fully automatic support once the first build job is complete and the next one is being started. Completed build jobs are collected in the overflow bin.
Easily switch between 55 and 80 µm beam diameter in the powder bed to prioritize between best surface quality and higher productivity. This enables you to process materials that require higher energy density, such as highly reflective materials.
We make cylinder replacement as easy as using an espresso machine! The interchangeable build cylinder and storage cylinder significantly increases your productivity and reduces setup times. In the event of a material change or service cases, the build job can be restarted quickly. The supply cylinder can be filled outside of the machine, parallel to production. The entire process also works when the build volume is reduced (build volume: Ø 50 x H 100 mm) when using high-priced materials.
Ergonomic, contactless powder handling is now possible in small format as well! A closed powder circuit under shielding gas is created with a glove box and interchangeable cylinders, which are placed in a separate sieving station such as that made by assonic. The powder can be sieved, reprocessed and stored under inert conditions.
The Preform option is suitable for the precise and quick production of individual single abutments. The part costs are also reduced significantly as only the patient-specific portion is printed. Up to 64 individual single abutments can be printed on one preform. It is easy to remove them from the plate. Automated preform detection is an important milestone in the industrialization of additive technology in the dental sector.
You can automatically monitor the powder bed via an integrated camera in the TruPrint component chamber and the automatic image processing function. This means that you have a constant overview of the state of the component and can analyze the quality parameters layer-by-layer. In addition to the powder coating, the Powder Bed Monitoring function also records the state of the layer and identifies protruding parts in the powder bed.
With TruTops Print you always have the advantage of optimal build job preparation and minimal supporting structures. You can calculate build jobs quickly with the TruPrint 1000 software machine package and can import and export parameters. Components with downskins below 10 degrees can be realized. Thanks to the cobalt-chrome parameters which are perfectly synchronized with the TruPrint system, you can benefit from TRUMPF expertise in materials and processes and can start production promptly. Furthermore, it is easy to use standard dental programs for the construction.
|EFFECTIVE BUILD VOLUME (STANDARD)||Diameter 98 mm x 100 mm Height|
|EFFECTIVE BUILD VOLUME (OPTION: BUILD VOLUME REDUCTION)||Diameter 48 mm x 100 mm Height|
|PROCESSABLE MATERIALS||Metal powders for welding, such as stainless steels, tool steels, and aluminum , nickel basis, cobalt-chrome, copper, titanium  or precious metal alloys, amorphous metals. Current availability of materials and their parameters available on request.  Only with option glove box + oxygen sensor, high resolution.|
|MAXIMUM LASER POWER AT THE WORKPIECE (TRUMPF FIBER LASER)||200 W|
|BEAM DIAMETER (STANDARD)||80 μm|
|BEAM DIAMETER (MOTORIZED OPTICS)||55/80 μm|
|LAYER THICKNESS||20 – 60 μm|
|BUILD RATE||10 – 50 cm³/h|
|CONNECTION AND CONSUMPTION|
|ELECTRICAL CONNECTION (VOLTAGE)||230 V|
|ELECTRICAL CONNECTION (CURRENT INTENSITY)||7 A|
|ELECTRICAL CONNECTION (CURRENT INTENSITY – MULTILASER OPTION)||9 A|
|ELECTRICAL CONNECTION (FREQUENCY)||50/60 Hz|
|SHIELDING GAS||Nitrogen, argon|
|DIMENSIONS (W X H X D)||780 mm x 2050 mm x 1160 mm|
|WEIGHT (WITH MULTILASER OPTION)||Max. 900 kg|
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