Achieving reduced processing through near-net shape leads to cost reduction.
MIM is a type of powder metallurgy method that uses metal powder as raw material and is a technology that allows for the manufacturing of complex-shaped metal parts through injection molding. Since it uses molds for shaping, it is suitable for mass production. Additionally, it can accommodate difficult-to-machine materials such as stainless steel, leading to cost reductions due to reduced machining. 【Features】 ■ Complex three-dimensional shapes Using the same molding method as plastic injection molding, it can create complex shapes, allowing for near-net-shape forms that are close to the final product in a single molding process, which contributes to cost reduction. ■ High precision and high strength Dimensional accuracy can be achieved within ±0.5%, and surface roughness can be below Ra3.2, ensuring high precision. A relative density of over 95% provides strength comparable to that of soluble materials. ■ Mass production Due to the use of molds in the manufacturing process, it is suitable for mass production, capable of handling hundreds of thousands of units per month.
Inquire About This Product
basic information
Stainless steel: SUS304L, SUS316L, SUS420J2, SUS440C, SUS630 Iron-based: Fe, Fe-2Ni-C, SKD11 Others: Kovar, Inconel1718, SKD11
Price information
Please contact us.
Delivery Time
Applications/Examples of results
Automobiles, industrial equipment, medical devices, housing equipment, communication devices, office automation equipment, decorative items, power tools, sewing machines, heat sinks.
Company information
Our company leverages two strengths: "measurement and control technology" and "design and assembly technology for precision components," focusing on creating new value in manufacturing. As a pioneering company, we have long accumulated technology in the field of non-destructive inspection equipment for fruits and vegetables. We have expanded our focus from traditional measurements centered on the sugar content of fruits to inspecting for rot, cavities, and browning inside vegetables. By developing machines that can accurately inspect produce with variations in shape and quality even under harsh operating conditions, we significantly contribute to quality assurance of the internal quality of fruits and vegetables in Japanese agriculture. In the field of electronic component mounting, we have been engaged in OEM and ODM production of tape feeders and surface mount technology for over 30 years, featuring production facilities that can flexibly accommodate everything from small quantities of diverse products to mass production. Recently, leveraging our years of technology and experience, we developed an original splicing jig that realizes labor-saving in board mounting. This has already attracted inquiries from many companies and received high praise from the market.
