Dyndrite integrates with EOS Open Architecture, enabling full toolpath control and 3x higher productivity
RECODE.AM #24
Dyndrite, EOS, and nLIGHT have announced a strategic partnership aimed at revolutionizing metal additive manufacturing using the LPBF method. The companies have integrated Dyndrite LPBF Pro software with EOS’s open architecture through the EOS Toolpath API interface.
This integration gives EOS system users unprecedented control over print parameters – from laser speed and power to exposure strategies – along with the ability to fully leverage nLIGHT’s advanced AFX laser technology.
The collaboration marks a breakthrough in managing metal production processes using EOS printers such as the EOS M 290, M 300-4, and M 400-4. It allows engineers to optimize toolpaths, better control the melt-pool temperature, and automate complex workflows from R&D through to full-scale production.
When combined with nLIGHT’s lasers featuring dynamically adjustable beam profiles, the technology significantly shortens production times while maintaining the highest levels of quality and process stability.
Dyndrite is a U.S.-based company developing next-generation industrial software for additive manufacturing, focused on automation, precision, and access to programmable computational tools.
nLIGHT is a global leader in high-power fiber laser technology, offering innovative AFX lasers capable of dynamically changing the beam profile in real time, which enhances both the efficiency and quality of material processing.
EOS, in turn, is a pioneer in industrial 3D printing of metals and polymers. Since the early 1990s, it has been providing open production platforms, materials, software, and training that enable the advancement of additive manufacturing across industries.
The combined efforts of these three companies have already delivered tangible results – notably in projects carried out by Ursa Major, a propulsion systems manufacturer for the space industry. The integration of Dyndrite, EOS, and nLIGHT technologies doubled printing speed while maintaining the same quality and significantly reducing waste.
This partnership is a milestone for the future of industrial 3D printing. For the first time, users gain full freedom to optimize metal printing parameters, combining software flexibility, open hardware architecture, and intelligent laser systems.
As a result, innovation cycles can accelerate, process qualification costs can decrease, and manufacturers using LPBF technology can achieve new levels of competitiveness.
The collaboration between Dyndrite, EOS, and nLIGHT opens a new chapter in additive manufacturing – one that is more accessible, efficient, and tailored to the unique needs of industry. It represents a step toward a future where 3D printing becomes an even more precise, automated, and scalable industrial process.