Addireen and Addpark Partner to Scale Green Laser Copper 3D Printing

Addireen and Addpark have officially partnered to drive the global adoption of green laser metal 3D printing. This collaboration pairs Addireen’s Green Laser Systems with Addpark’s deep engineering and material expertise, targeting one of the industry's biggest hurdles: manufacturing highly reflective and refractory metals at scale.

Solving the Copper Challenge 

Copper is essential for advanced thermal management , aerospace and energy sector. But as most engineers know, processing pure copper with infrared lasers is notoriously difficult.

Addireen’s green laser systems solve this by maximizing energy absorption. This shift in wavelength provides stable printing conditions and serious material performance. The results speak for themselves:

l~99.8% relative density

l~100% IACS Electrical Conductivity

l~400 W/m·K Thermal Conductivity

l0.1mm Minimum Wall Thickness

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Real-World Engineering Focus 

This partnership isn't just about the technology itself; it's about getting real parts into production. Addireen and Addpark are focusing on specific, high-demand applications:

lHigh-efficiency heat exchangers

lAerospace and EV thermal components

lAdvanced Thermal Managment applications

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Yujing Xu, Global Sales Director of Addireen, commented on the collaboration:

“We are thrilled to partner with Addpark to accelerate the global adoption of our green laser 3D printing technology. Highly reflective materials like pure copper have historically been a bottleneck in additive manufacturing.

By combining our specialized green laser systems with Addpark’s deep engineering expertise, we are empowering industries—from advanced thermal management to aerospace—to unlock unprecedented manufacturing capabilities and component performance.”

Kuntay Aktaş, CEO of Addpark, commented on the collaboration:

“At Addpark, we work to unlock the most advanced applications of additive manufacturing by integrating every element of the technology — from design and material science to production and post-processing.

Partnerships play an important role in this journey. While green laser technology enables a wide range of new possibilities in additive manufacturing, copper applications align closely with several key areas in our roadmap.

We believe this collaboration with Addireen will create significant value both technically and commercially, while opening new opportunities for advanced manufacturing applications.”

About Addireen 

Addireen is a leading global innovator in metal additive manufacturing, specializing in advanced Green Laser Powder Bed Fusion (PBF) technology. Engineered to conquer the fundamental absorption challenges of highly reflective and refractory metals, Addireen’s systems deliver unparalleled precision, ~99.8% relative density, and ultimate efficiency for materials like pure copper, copper alloys, and highly refractory metals like tungsten.

Committed to pushing the boundaries of industrial manufacturing, Addireen provides high-performance, open-parameter solutions tailored for advanced thermal management, aerospace, automotive and semiconductor industries worldwide. Discover more at www.addireen.com.

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About Addpark

Addpark is a deep-tech additive manufacturing company focusing on advanced materials, engineering-driven design, and certified production workflows for regulated industries. Supported by the BTech ecosystem and built on more than a decade of additive manufacturing R&D, the company develops high-performance solutions for sectors including aerospace, energy, medical, and industrial applications.

With capabilities spanning design optimization, material development, additive manufacturing, and post-processing, Addpark works with partners to transform advanced materials into high-performance engineering solutions.