TruPrint 3000

With the full-field multilaser (2 x 700 W), all lasers can be exposed to the entire build volume. The result: increase in productivity, shorter production times per component and reduction of part costs. The multilaser scan fields are automatically calibrated to each other to achieve even greater precision. This means that you achieve very high surface quality - without a single seam mark. You will receive the optional full-field multilaser with two powerful TRUMPF fibre lasers with beam diameters of 80 µm.

Use the full 700 watts of laser power when processing special alloys with our cooled build plate. Cooling the build plate prevents overheating and ensures even heat distribution, which leads to improved part quality. The defocusing function enables the laser beam to expand, allowing for the simultaneous melting of a larger volume of powder. This results in increased productivity, leading to a substantial reduction in unit costs.

Achieve even better part quality with our newly developed shielding gas concept. It guarantees a highly robust melt process during which the process chamber as well as the optics protective glass remain clean. An optimum shielding gas stream is achieved by the smaller process chamber and a primary and secondary gas flow. This ensures recurring high part quality, particularly in industrial series production.

The TruPrint 3000 is so flexible that the production setup can be easily adapted to the requirements of the customer or the application. Start with integrated powder removal within the machine using shielding gas, for example, and scale the production with external powder removal as the machine utilisation rate increases. Select your configuration according to the component complexity, your preference in the workflow and the production volume.

The integrated powder feeder is the alternative to external powder removal, for it can be used to remove metallic powder from the finished component within the process chamber using shielding gas after the LMF process. Powder can be removed internally from components which are up to 400 mm high. The extracted powder is collected in a separate overflow bin and is reused for the next build job after being sieved.

The TruPrint 3000 has a quickly interchangeable build and powder supply cylinder. Cylinder setup and powder removal for build jobs can therefore be performed parallel to the LMF process. You significantly reduce your 3D printer's downtime and non-productive time.

Select from two variants to remove powder from the component: remove powder from your part with the depowdering station (with the option of using shielding gas) for a very high degree of purification. Vibration technology also removes powder from complex component geometries. Alternatively, you can also remove powder from the part externally in the depowdering station while avoiding contact with the powder. Use the components of the industrial part and powder management system for several 3D printers and reduce your part costs.

Thanks to Melt Pool Monitoring for the TruPrint 3000, you can verifiably ensure the highest quality standards for printed components. Sensors detect deviations in the laser metal fusion process early on - that includes the full-field multilaser. Quality assurance is supplemented with Powder Bed Monitoring. Each powder layer is monitored visually; there is an option to automatically recoat conspicuous powder layers. Further options are available to meet verification requirements for certified processes: laser power calibration, focus position measurement and scan field calibration enable you to measure, recalibrate when necessary, and document your measurement results.

Do you have questions about how to produce a specific component on the TruPrint 3000 in a cost-effective and productive manner? Working together with you, the TRUMPF experts develop tailored solutions for your specific additive manufacturing application. Simply get in touch to arrange an individual meeting.