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Dain Precision launched its Metal Additive Manufacturing Center on March 10, 2026, at its Technical Engineering Center in South Korea.
Expansion
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Dain Precision launched its Metal Additive Manufacturing Center on March 10, 2026, at its Technical Engineering Center in South Korea.

Originally reported by mk.co.kr

Dain Precision launched its Metal Additive Manufacturing Center on March 10, 2026, at its Technical Engineering Center in South Korea. The facility was established in partnership with EOS APAC, the Korea Institute of Industrial Technology (KITECH) 3D Printing Manufacturing Innovation Center, and KORLOY. The center focuses on integrating Laser Powder Bed Fusion (LPBF) technology with traditional machining processes to optimize production workflows for industrial components. Key leadership involved in the launch included Dain Precision CEOs Yoon Hye-seop and Lim Soo-min, alongside representatives from EOS APAC and KITECH.

This center addresses the critical industry challenge of bridging the gap between metal 3D printing and post-processing, a common bottleneck in high-precision manufacturing. By aligning with EOS, a global leader in LPBF systems, Dain Precision aims to accelerate the adoption of additive manufacturing within the Korean industrial sector, specifically targeting sectors requiring complex geometries and high-performance metal alloys. This move positions the company as a service-oriented hub that combines hardware expertise with material science and machining capabilities, competing with other regional contract manufacturers offering integrated AM solutions.

The success of this center depends on the company's ability to demonstrate consistent part quality and cost-efficiency compared to traditional subtractive manufacturing. Users should evaluate the center based on its capacity to handle specific materials like 316L stainless steel or Ti-6Al-4V and its throughput for small-to-medium batch production. Practical value will be determined by the integration of KORLOY's tooling expertise with EOS's printing parameters to reduce lead times for complex metal parts.

Topics

Dain PrecisionEOSLPBFMetal Additive ManufacturingKITECHSouth KoreaIndustrial Manufacturing3D Printing

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