Digital Engineering 24/7

Helping design and engineering professionals discover, evaluate and specify technologies and processes that shorten the design cycle and enable success.

TRUMPF Unveils LPBF Machine at Formnext

Dual 700-watt lasers with automatic multilaser alignment and integrated cooling ensure volume production for the TruPrint 3000 3D printer, Trumpf reports.

TRUMPF Unveils LPBF Machine at Formnext
Source: Trumpf
The TruPrint 3000 prints with two 700-watt lasers. Image: TRUMPF.

Latest Additive Manufacturing News

Latest Additive Manufacturing Resources

  • Digital Engineering April 2026

    In the latest issue of Digital Engineering, we take a look at the latest innovations in design for additive manufacturing, including the use of natural language inputs, social media cosplayers, and AI integration. The issue also includes a feature…

  • January Special Focus Issue: Design for Additive

    In this Special Focus Issue of Digital Engineering, learn about the latest advancements in design for additive manufacturing, including new software tools, additive in automotive, custom medical devices, and more.

  • More Resources

By DE Editors  

November 19, 2024

At Formnext, TRUMPF is focusing on more productive 3D printing systems. The high-tech company has equipped the TruPrint 3000 with an integrated cooling system for the build platform and increased the laser power of the two fiber lasers to 700 watts.

"The TruPrint 3000 is designed for volume production of high-quality parts. Users from all industries, such as the automotive and aerospace industries, will benefit from it," says Roland Spiegelhalder, product manager for Additive Manufacturing at TRUMPF. The high-tech company is presenting the 3D printer at Formnext, the leading trade show for additive manufacturing, in Frankfurt, Germany.

In the TruPrint 3000, a system monitors the process area and maintains a constant temperature, according to Trumpf. This allows the 3D printer to use the full 700 watts of laser power without overheating the material during the printing process.

The integrated cooling also allows the material to cool more quickly. As a result, components are more durable and there is a high level of reproducibility, meaning that the machine can print the same part repeatedly with the same quality standard. This benefits industries such as automotive, where the TruPrint 3000 can be used to mass-produce crash-resistant parts, according to Trumpf.

Thanks to the increased laser power of 700 watts, TRUMPF was able to increase the size of the machine's two laser spots from 80 to 200 µm using special optics. This allows the lasers to process a larger area on the build plate.

"This increases the productivity of the system while maintaining the same high part quality," says Spiegelhalder.  

Sources: Press materials received from the company and additional information gleaned from the company’s website.

 

More about Trumpf

About DE Editors

DE Editors

DE's editors contribute news and new product announcements to Digital Engineering. Press releases may be sent to them via [email protected].

Follow DE
on Facebook
on Linkedin

Related Topics

Additive Manufacturing   3D Printing   Products   Additive Manufacturing   Formnext   Laser Powder Bed Fusion   New Products   Trumpf   All topics
 

Subscribe

Subscribe to our FREE magazine, FREE email newsletters or both!

Join over 90,000 engineering professionals who get fresh engineering news as soon as it is published.

Subscribe today

 
 

From our Sponsors

Meltio Takes Metal Additive to the Next Level
Meltio's DED technology enables industries to tailor and customize their solutions to create & repair metal parts.
Easing the Transition from ETO to CTO with Configuration Lifecycle Management
Manufacturers are discovering that the Configure-to-Order (CTO) model provides significant benefits when it comes to customization.
Siemens + Altair = The Next Chapter in Design and Simulation
With its acquisition of Altair, Siemens creates a unified simulation portfolio combining generative design with high-performance computing and AI workflows.