TPM3D Products Recognized on China’s 2025 Additive Manufacturing Quality List

December 26, 2025

On December 24, at the 2025 Additive Manufacturing Industry Development Forum and Annual Conference, the China Additive Manufacturing Industry Alliance and the National Additive Manufacturing Product Quality Inspection and Testing Center (Jiangsu) officially released the 2025 High-Quality Additive Manufacturing Products List. Leveraging its deep technical expertise and sustained system-level innovation in industrial-grade additive manufacturing, TPM3D achieved simultaneous recognition across three core categories—materials, components, and equipment. This distinction places the company among a select group of enterprises honored across multiple domains, underscoring its leading capability to deliver comprehensive, end-to-end solutions.

From Materials to Equipment: Demonstrating Full-Stack Technological Capabilities

In this selection, TPM3D’s ability to stand out across three major categories is underpinned by a complete technology loop it has built—spanning proprietary materials, core equipment, and intelligent production systems.

Additive Manufacturing–Specific Materials

A total of three polymer powder materials were selected: the glass fiber–reinforced nylon 12 Precimid1172Pro GF30 BLK, the polyether ether ketone material TPM3D PEEK IND, and the carbon fiber–reinforced nylon 12 Precimid1174Pro CF. All three are designed for industrial-grade Selective Laser Sintering (SLS) applications and represent the results of TPM3D’s long-term optimization efforts focused on high performance, repeatability, and scalability. Through continuous refinement of material properties and process compatibility, TPM3D has established a comprehensive materials portfolio that spans from general engineering applications to high-end functional manufacturing.

Additive Manufacturing–Specific Components

The selected Powder Processing Station (PPS) is a key supporting device developed by TPM3D to meet the practical needs of industrial-grade additive manufacturing. In additive manufacturing, powder management directly affects production efficiency, part quality, and operational safety. The PPS systematically integrates processes such as powder recovery, sieving, and mixing, effectively improving powder reuse, reducing manual handling risks, and providing users with a more standardized, safe, and efficient production environment.

Additive Manufacturing Equipment

The S320HT high-temperature SLS 3D printer is a professional-grade machine launched by TPM3D for advanced industrial manufacturing, specifically designed for the precise sintering of high-temperature polymers such as PPS, PEKK, and PEEK. The system features two interchangeable build chambers—a large 320×320×380 mm and a small 250×250×380 mm chamber—allowing flexible adaptation to different part sizes and production volumes.Equipped with a 60 W CO₂ laser and a three-axis dynamic focusing system, the S320HT delivers precise and stable laser control even under high-temperature conditions, ensuring complex components achieve excellent dimensional accuracy and surface finish. With a maximum operating temperature of 350 °C, it provides reliable thermal stability for the thorough sintering of materials like PEEK and PEKK.

The simultaneous recognition across all three categories not only highlights TPM3D’s technical capabilities in individual products but also reflects the company’s long-term investment and accumulated expertise in comprehensive additive manufacturing solutions. Since the establishment of its technical team in 1999, TPM3D has been dedicated to the research, development, and industrialization of Selective Laser Sintering (SLS) technology, positioning itself as a pioneer and leader in industrial-grade SLS.Adhering to full-chain independent innovation, the company has built a complete solution portfolio, including the S and P series of industrial-grade SLS 3D printers, the C series of compact professional-grade SLS 3D printers, more than 20 high-performance polymer powders, and intelligent post-processing systems. With over 50% of its workforce in R&D and ongoing investment, TPM3D ensures core technological advantages in equipment stability, material processing, and automated production. Its products and services now reach major global markets, delivering reliable additive manufacturing value to high-end sectors such as aerospace, medical, and automotive industries.

Looking ahead, TPM3D will continue to focus on core technological innovation, deepen the coordinated development of materials, components, and equipment, and further enhance its overall additive manufacturing solutions, working alongside industry partners to drive high-quality growth in the additive manufacturing sector.

Lanto Zhang

Lanto Zhang is a tech-focused writer with a keen interest in 3D printing and emerging manufacturing technologies. She’s passionate about exploring how innovation shapes the future of production.