Discover Treeton Engitech’s advanced Metal Injection Molding (MIM) services, engineered for producing small, complex metal components with exceptional precision and repeatability. Our MIM process combines the versatility and efficiency of plastic injection molding with the strength, density, and integrity of metal, making it ideal for high-performance, intricate parts in demanding industrial applications.
At Treeton Engitech, we provide comprehensive MIM solutions that ensure both high dimensional accuracy and material performance. From feedstock preparation and injection molding to debinding and sintering, every step is carefully controlled to produce components that meet tight tolerances and maintain structural integrity. Our MIM capabilities are perfect for applications where complexity, miniaturization, and material strength are critical.

The result is high-quality, precision-engineered MIM components that combine intricate design, material strength, and dimensional accuracy. Each part is consistent, reliable, and ready for demanding industrial applications, making Treeton Engitech a trusted partner for advanced metal injection molding solutions.
Heat treatment enhances the mechanical properties of metal components through controlled heating and cooling processes. It improves hardness, strength, toughness, and wear resistance while supporting the performance and durability requirements of precision-engineered components across demanding industrial applications.
Machining delivers precision-engineered components through controlled material removal to achieve accurate dimensions, tight tolerances, and superior surface finishes. It ensures component consistency, reliable performance, and seamless integration into complex assemblies, meeting the demanding requirements of diverse industrial applications.
Non-Destructive Testing (NDT) evaluates the quality and integrity of metal components without causing damage. Using specialized inspection techniques, it helps identify surface and internal defects, verify component reliability, and support quality assurance standards across critical industrial applications.
Surface treatment enhances the surface properties of metal components to improve wear resistance, corrosion protection, and durability. Through suitable finishing and treatment processes, it helps achieve the required surface quality, extend component service life, and ensure reliable performance in demanding industrial environments.
Assembly services integrate precision-manufactured components into complete units or subassemblies, ensuring proper fit, functionality, and consistency. With a focus on accuracy and quality control, the process supports efficient production, reliable performance, and seamless integration into diverse industrial applications.