Customer Case Study: Ho Chi Minh City University of Technology (HCMUT)
The Lincsolution LINK EP-500 has been installed at the Ho Chi Minh City University of Technology (hereinafter referred to as HCMUT), and the opening ceremony for the 3D Printing Center was held on February 10, 2026. Key officials from major Korean institutions, including Kim Young-hoon, Director of the NIPA Ho Chi Minh IT Center, Nam Dae-geun, Director of the KITECH Vietnam Office, and Kim Won-hee, Assistant Manager of the KOTRA Ho Chi Minh Trade Center, attended the event to support Lincsolution’s local settlement. From the Vietnamese side, the Vice Rector of HCMUT and officials from the Ho Chi Minh City University of Technology (HUTECH) also participated, strengthening their commitment to cooperation for the establishment of a 3D printing industry ecosystem in Vietnam.
HCMUT, located in Ho Chi Minh City, is the most prestigious engineering university in the southern region under the Vietnam National University (VNU-HCM). It is a representative research-oriented university in Vietnam where approximately 25,000 talents are dedicated to research and learning, collaborating with over 350 international partners. It is expected that the LINK EP-500, which supports various high-strength and high-heat-resistant super engineering plastics, will be utilized for more in-depth research by HCMUT researchers.
At the opening ceremony, an engineer from Namson Technology Engineering Co., Ltd (hereinafter referred to as Namson), Lincsolution’s official partner in Vietnam, held a session to explain the functions and application fields of the LINK EP-500. Namson directly purchases Lincsolution’s 3D printing equipment to perform resale to local end-consumers, prototyping services, technical support, and overall marketing. By establishing a unified operating system in Vietnam—covering purchase, sales, and after-sales service—Lincsolution can more stably supply high-performance 3D printing technology to the local market.
The LINK EP-500 is Korea’s first commercialized 3D printer for engineering plastics (PEEK). It aims to produce high-value-added parts for industries such as aerospace, semiconductors, and defense. It achieves high output quality through the use of a high-temperature chamber and possesses excellent interlayer bonding strength. Additionally, an automatic drying function has been added to the material charging system to prevent bubbling that can occur during printing due to moisture. This allows materials to be stored for long periods without deformation, preventing post-output strength issues or material breakage.
✨Lincsolution’s LINK EP-500 has already been operated by the Agency for Defense Development (ADD), the Navy, and the Air Force, proving its excellent performance and compatibility in extreme military operational environments.
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