Addpark
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Reading Time: 4 min
Exploring next-generation copper additive manufacturing technologies for advanced thermal and industrial applications
Addpark and Addireen have announced a strategic technical and business collaboration aimed at expanding the development and industrial adoption of copper and copper-alloy additive manufacturing technologies.
The partnership combines Addireen’s green laser metal additive manufacturing technology with Addpark’s expertise in advanced materials, additive manufacturing engineering, and industrial application development.
Beyond technical collaboration, the initiative also includes technology integration, application development, training, and ecosystem support activities aimed at accelerating the adoption of copper additive manufacturing technologies in the region.
Together, the two organizations aim to explore new industrial opportunities where thermal performance, electrical conductivity, and complex geometries are critical — particularly in areas such as advanced thermal systems, energy applications, aerospace components, and next-generation heat exchanger technologies.
Unlocking the Potential of Copper in Additive Manufacturing
Copper and copper alloys are widely used across industries such as energy systems, aerospace, and advanced thermal management due to their exceptional thermal and electrical conductivity.
However, these same properties have historically made copper difficult to process using conventional infrared laser metal additive manufacturing systems.
Addireen has developed green laser–based metal additive manufacturing technology, which significantly improves energy absorption when processing copper and other highly reflective metals.
This enables:
Using short-wavelength green lasers, Addireen systems achieve high-precision copper printing with a relative density of ~99.8%. This capability unlocks complex geometries—while maintaining ~400 W/m·K thermal conductivity —shattering the boundaries of conventional manufacturing limits.
From Technology to Industrial Application
Within the BTech companies group, Addpark operates as a deep-tech engineering and manufacturing company focused on advanced materials and advanced additive manufacturing applications.
Through this collaboration, Addpark will play an important role in supporting the technology integration and industrial adoption of Addireen’s green laser additive manufacturing systems in the region.
In addition to application research, the collaboration will include:
By combining machine technology with application-driven engineering capabilities, the collaboration aims to bridge the gap between new manufacturing technologies and real industrial applications.
Enabling Advanced Thermal and Industrial Applications
A major focus of the collaboration will be the exploration of thermally optimized copper components enabled by additive manufacturing.
Copper’s exceptional thermal conductivity makes it particularly suitable for applications such as:
Additive manufacturing enables the production of complex internal channels, optimized fluid flow geometries, and lightweight structures that are difficult to achieve with conventional manufacturing processes.
Through joint experimentation and application development, the collaboration aims to explore new engineering approaches that combine advanced materials, additive manufacturing design, and industrial performance requirements.
Strengthening the Advanced Manufacturing Ecosystem
Beyond individual technology development, the collaboration is also designed to contribute to the broader advanced manufacturing ecosystem in Türkiye and the surrounding region.
By combining machine technology expertise with engineering-driven application development, Addpark and Addireen aim to support knowledge exchange and collaborative research involving industrial partners and academic institutions.
This ecosystem-oriented approach is expected to accelerate the adoption of next-generation additive manufacturing technologies for high-performance materials and applications.
CEO Statement
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. ”
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 traditional 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. ”
CEO of Addpark
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.
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
Kişisel verilerin korunması kanunu 10. Maddesine göre veri sorumlusunun aydınlatma yükümlülüğünün kapsamı belirlenmiştir. Buna göre “Kişisel verilerin elde edilmesi sırasında veri sorumlusu veya yetkilendirdiği kişi, ilgili kişilere;
konusunda bilgi vermekle yükümlüdür.”
Kanun maddesinde aydınlatma yükümlülüğü yerine getirilirken uyulması gereken asgari şartlar belirlenmiş olup yükümlülüğü yerine getirirken uyulması gereken herhangi bir şekil şartı öngörülmemiştir. Bu bağlamda değerlendirildiğinde yazılı, sözlü veya alternatif yöntemlerle aydınlatma yükümlülüğü yerine getirilebilmektedir.
Aydınlatma yükümlülüğü kapsamında ilgili kişiye bildirilmesi gereken başlıklar şunlardır:
Aydınlatma yükümlülüğü yerine getirilirken herkesin anlayacağı bir dil kullanmak, anlaşılması güç bir ortam oluşturmamak gerekmektedir. Bunun için görsellerden yararlanmak, farklı dil çevirilerini kullanmak somut durum karşısında başvurulabilecek yöntemlerdendir.
Kamera kaydı alınan bir binada bina girişinde
“kamera kaydı alınmaktadır” levhası yeterli bir aydınlatma olmayacaktır.
Bina içerisinde fiziksel güvenliğin sağlanması ve kamu güvenliğinin sağlanması amacıyla, istenmesi halinde emniyetle paylaşılmak üzere güvenlik kameralarıyla 7/24 kayıt alınmaktadır. Kvkk11. Maddedeki haklarınızı kullanmak için bina görevlisine, güvenlik kulübesine başvurunuz” şeklinde yapılacak bir aydınlatma kanunen belirtilen asgari unsurları taşıması sebebiyle geçerli olacaktır.