With its small 55-µm laser beam diameter, the TruPrint 2000 provides a high-quality printing result which impresses with its surface quality and level of detail. It offers a build volume (cylinder) of 200 mm in diameter and a height of 200 mm. The full field multilaser with two 300-watt fiber lasers from TRUMPF – which scans the entire build area – delivers top productivity. Melt Pool Monitoring and comprehensive process monitoring ensure the highest quality standards. The production process with the TruPrint 2000 is a closed powder circuit under shielding gas. This allows for easy and practical handling, with the highest operator safety.
The full field multilaser with 55-µm beam diameter allows the machine to be highly productive and achieve high-quality printed parts.
A perfectly coordinated machine concept allows for series components to be manufactured cost-efficiently.
Melt Pool Monitoring and comprehensive process monitoring allow you to maintain high component quality consistently.
The inert, closed powder circuit ensures easy, practical parts and powder handling under shielding gas.
The inert machine concept of the TruPrint 2000 with powder preparation station, provides extremely easy powder and parts handling under shielding gas. This is how the printed component is inertly unpacked directly in the machine with the integrated powder feeder. The excess powder at the overflow bin can be sieved into the supply cylinder, under shielding gas.
After the LMF process, the finished component separates from the powder within the process chamber with the integrated powder feeder. The substrate plate size of 200 mm in diameter allows for simple and practical handling inside the machine. With this, the necessary periphery is limited to a minimum: industrial powder management with the powder preparation station.
The full field multilaser (2 x 300 W) enables exposure of all lasers in the entire build volume, which reduces production times per component. To achieve maximum precision, calibration of the multi-laser scan fields is performed fully automatically. Additionally, the 55-µm beam diameter allows you to achieve a very high surface quality and level of detail. The low degree of surface roughness also saves you the need for refinishing.
Deviations in the laser metal fusion process can be detected early on via sensors, and critical areas of the component can be seen. It’s also possible to monitor all weld pools in parallel – this is especially helpful with the full field multilaser option. Melt Pool Monitoring reduces the effort required for the application and development of certified processes with verification requirements. Quality assurance is supplemented with Powder Bed Monitoring as well as machine data.
|BUILD VOLUME (CYLINDER)||Diameter 200 mm x 200 mm Height|
|EFFECTIVE BUILD VOLUME (STANDARD)||Diameter 200 mm x 200 mm Height|
|PROCESSABLE MATERIALS||Schweißbare Metalle in Pulverform, wie z.B.: Edelstähle, Werkzeugstähle, Aluminium-, Nickelbasis-, Kobalt-Chrom- oder Titan-Legierungen, amorphe Metalle. Aktuelle Werkstoff- und Parameterverfügbarkeit auf Anfrage.|
|PREHEATING (STANDARD)||Up to 200 °C|
|MAXIMUM LASER POWER AT THE WORKPIECE (TRUMPF FIBER LASER)||300 W|
|BEAM DIAMETER (STANDARD)||55 μm|
|LAYER THICKNESS||20 – 100 μm|
|MINIMUM MEASURABLE OXYGEN LEVEL (STANDARD)||100 ppm|
|CONNECTION AND CONSUMPTION|
|ELECTRICAL CONNECTION (VOLTAGE)||400/460 V|
|ELECTRICAL CONNECTION (CURRENT INTENSITY)||32 A|
|ELECTRICAL CONNECTION (LINE FREQUENCY)||50 Hz / 60 Hz|
|SHIELDING GAS||Nitrogen, argon|
|DIMENSIONS (W X H X D)||2180 mm x 2010 mm x 1400 mm|
|WEIGHT (INCLUDING POWDER)||3200 kg|
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