Dyndrite Integrates with EOS Open Architecture

Dyndrite, provider of industrial software for additive manufacturing, reports integration of its flagship product, Dyndrite LPBF Pro, with EOS’ Open Architecture via the EOS Toolpath API. This integration provides EOS Build Plan users vector-level control for parameter optimization on EOS metal platforms (EOS M 290, EOS M 290 1kW, EOS M 300-4, EOS M 400, EOS M 400-4, AMCM M 290 FLX, AMCM M 450 FLX), including fully leveraging productivity multipliers such as nLIGHT AFX lasers.

As a member of the EOS Developer Network (EDN), Dyndrite receives support from EOS to accelerate its product development.

“Accessibility, quality, and performance are hallmarks of EOS, and attributes that our customers value and expect,” says Joachim Zettler, chief technology officer, EOS. “With the EOS Build Plan, the integration of Dyndrite LPBF Pro, and nLIGHT’s advanced laser technology, customers now gain all three in one step: continuous access to innovations that unlock new ways to boost quality, increase productivity, and strengthen their competitive edge.”

Dyndrite LPBF Pro leverages the EOS Toolpath API to provide engineers with vector-level control over laser speeds, feeds, and exposure strategies on EOS platforms. Integrated into modern EOS systems, the nLIGHT AFX beam-shaping laser extends beyond traditional Gaussian or Top Hat modes by offering dynamic “ring” profiles that improve melt-pool stability and control at higher production speeds.

With LPBF Pro, EOS users, whether on legacy laser systems or those equipped with nLIGHT, gain direct access to additional new capabilities for toolpath optimization, thermal management, and exposure development. These tools enable engineers to fine-tune parameters for thin walls, overhangs, and bulk geometries within a single build, while automating repeatable workflows that scale from R&D to full serial production.

Dyndrite LPBF Pro, when combined with the EOS Build Plan, gives users continuous access to advanced exposure-development tools and a programmatic environment for automating qualification, reducing variability, and optimizing processes to meet geometry requirements.

The combined impact of EOS’ open architecture, nLIGHT’s beam shaping technology, and Dyndrite LPBF Pro has been demonstrated by Ursa Major, a propulsion system developer. 

“By working with EOS, nLIGHT, and Ursa Major, we’ve proven that when you give engineers full control, everyone benefits, especially the customer,” says Harshil Goel, founder & CEO, Dyndrite. 

“EOS has been a great supporter of our mission. By applying Dyndrite LPBF Pro through EOS’ open architecture, we’re able to push both EOS and nLIGHT beam shaping technology to the max,” says Thomas Pomorski, director of Additive Manufacturing at Ursa Major. “The results are tangible—we’re qualifying faster, producing more efficiently, and achieving quality levels we couldn’t reach before.”

“Our AFX beam shaping light engine technology unlocks major advances in LPBF, and with Dyndrite tools providing full software access, the laser capabilities can now be tailored and leveraged without compromise by FLX machine users," says Robert Martinsen, nLIGHT’s chief technology officer. 

The EOS Build Plan offers continuous access to EOSPRINT, pre-tested material sets, real-time machine data via EOS Hub, new third-party applications, and training through Additive Minds Academy. The EOS Developer Network (EDN) helps software developers to accelerate its product development with open APIs of EOS software. 

To learn more about Dyndrite & nLIGHT, as well as joint case studies, visit: www.dyndrite.com/dyndrite-x-nlight

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