Fangchi · Continuously Striving for Excellence
System Ensures Quality, Craftsmanship Creates Value
Specializing in metal powder metallurgy MIM for over 14 years, serving consumer electronics, automotive parts, medical devices, aerospace, tools, and other industries. We have earned the trust of all our customers through mature technology and reliable quality.
Fangchi · Continuously Striving for Excellence
System Ensures Quality, Craftsmanship Creates Value
Specializing in metal powder metallurgy MIM for over 14 years, serving consumer electronics, automotive parts, medical devices, aerospace, tools, and other industries. We have earned the trust of all our customers through mature technology and reliable quality.
Precision MIM Components Covering All Fields
From consumer electronics to medical devices, from automotive core components to industrial tools, Fangchi MIM provides high-precision, complex-structure metal parts mass production solutions for customers with full-process proprietary technology.
Precision MIM Components Covering All Fields
From consumer electronics to medical devices, from automotive core components to industrial tools, Fangchi MIM provides high-precision, complex-structure metal parts mass production solutions for customers with full-process proprietary technology.
Our Advantages
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Specializing in metal powder metallurgy MIM for over 14 years, we have built full-process capabilities from feedstock development and mold design to injection, debinding, sintering, and secondary processing. We provide customers with high-precision, cost-effective, stable, and reliable precision component solutions.
Fangchi MIM Empowers Global High-End Manufacturing
From consumer electronics of Apple, Huawei, and Xiaomi, to smart vehicles of Tesla and BYD, to Midea's smart home appliances, medical devices, and aerospace, Fangchi MIM precision parts have been widely serving leading enterprises across various industries.
Smartphones
MIM process enables mass production of precision structural components such as Type-C connector hous
Smartphones
MIM process enables mass production of precision structural components such as Type-C connector hous
Smart Wearable Devices
MIM technology enables the one-piece forming of micro metal parts such as titanium alloy watch buckl
Smart Wearable Devices
MIM technology enables the one-piece forming of micro metal parts such as titanium alloy watch buckl
Automotive Safety Systems
Key components such as airbag inflator sleeves and igniter housings, manufactured using the MIM proc
Automotive Safety Systems
Key components such as airbag inflator sleeves and igniter housings, manufactured using the MIM proc
Minimally Invasive Surgical Instruments
MIM one-piece forming of laparoscopic surgical forceps jaws, with precisely matched curved cutting e
Minimally Invasive Surgical Instruments
MIM one-piece forming of laparoscopic surgical forceps jaws, with precisely matched curved cutting e
Power Tools
MIM process enables mass production of micro transmission gears measuring just 7mm, with tooth profi
Power Tools
MIM process enables mass production of micro transmission gears measuring just 7mm, with tooth profi
Aerospace
MIM technology manufactures high-precision complex structural components, accommodating special mate
Aerospace
MIM technology manufactures high-precision complex structural components, accommodating special mate
Latest News · Insights into Fangchi
Focusing on the company's latest updates, cutting-edge industry technologies, and MIM application cases, stay informed about Fangchi New Material's technological breakthroughs, market expansion, and corporate news.
Real-time Insights · Fangchi Perspectives
Stay informed with the latest company news, cutting-edge industry technologies, and MIM application cases, gaining first-hand updates on Fangchi New Materials' technological breakthroughs, market expansion, and corporate highlights.
FAQ
Q What are the advantages of MIM (Metal Po...
A MIM is a multi-disciplinary net-shape manufacturing technology for parts, suitable for the mass production of small, complex, precise, and high-performance metal components. Its advantages include: the ability to form complex shapes, dimensional accuracy of ±0.1% to 0.5%, density reaching 97% to 99.5%, uniform microstructure with high mechanical properties, material utilization rate as high as 98%, wide applicability, and a clean, pollution-free production process.
Q History of Powder Metallurgy Development
A Powder metallurgy originated in ancient times. Its modern development is marked by three key milestones: the manufacturing of tungsten filaments in 1909, the advent of cemented carbide in 1923, and the emergence of porous bearings and iron-based parts in the 1930s, followed by new materials and processes after the 1940s. Its applications span machinery, electronics, military, and even cutting-edge high-tech fields.
Q The powder metallurgy process has unique...
A Powder metallurgy is a green and sustainable manufacturing technology, with a material utilization rate of up to 95% and energy consumption only 44% of that of forging-machining processes. The process involves fewer steps, with scrap loss of only 3% or less. Additionally, it uses minimal cutting oil and pollutants during processing, causing almost no harm to the environment.
Q The development of modern injection mold...
A Molding equipment such as metal powder injection molding machines is advancing toward functional specialization, high-speed precision, and high-level automation. The injection speed of the equipment can reach 900 mm/s, with ultra-precision molding accuracy of less than 0.001 mm. PLC and microcomputer control are widely adopted to achieve automated and unmanned operation of the production process.
Q Magnetic materials represent another bro...
A In recent years, metal injection molding technology has been developing mainly in two directions: the expansion of applicable material systems, and the development of highly reliable production equipment that meets the requirements of unique binders and debinding processes. In addition, the material system is also expanding in multiple directions. Injection molding
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Address: No. 500 Shunqing Road, Songjiang District, Shanghai
Address：No.635 Gaoxin Road Gaoxin District Bengbu City
Address: No.1168,Xinghua road,Yuhui district,Bengbu City,China
Contact Us
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Contact: Mr. Hu
Phone: 18603009580 (Same as WeChat)
Email: shaojun.hu@fc-mim.com
Website: www.fc-mim.com
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