Machine Type(Quantity) | Manufacturer | Model | Table Size | Origin Country | Machine Mfg Year | Spindle | Power | Machine Accuracy | Resolution |
MIM Machine | |||||||||
PM Machine |
Main materials: Fe based / Copper based / Stainless Steel
Main processes: Molding-Sintering-Shaping-Machining-Heat Treatment
Certification: ISO9001
Key Market: Aerospace / Aviation / Medicine / Garden tools
MIM technology offers you a host of appealing advantages: Full utilization of the strength properties of the material being used Mechanical strength of workpieces equal to that achieved with conventional manufacturing processes Surface treatment using frictional grinding, mirror polishing, sandblasting, passivation, electropolishing, or etching Coating using burnishing or plating with chrome, copper, nickel, silver or gold Avoids production costs and the use of expensive assembly and connection techniques Significantly lower costs for complex components 25% to 65% less expensive than conventional production processes
2011
30
0
2
NO
Jiangsu Province
2.5
Commercial
8 years operation has resulted in 20mio CNY sales approximately last year with some 20 employees in total. It engages both powder pressing with 8 presses and MIM (metal injection molding) with 3 injectors as its core processes, and at the different workshops. Copper base, Iron based materials like FeNi and also SS are the major they process.
High mix and low to medium volume business is well prefered and at it's advantage. Although there is no direct exporting business, but it does serve several multinational OEM clients in China, which provides them better understanding of the quality requirements of products.
A typical technology driven company with highly viable technology head, 10 years experience in development. Two engineers. English ability at technical communication level.
Product quality is well controlled, higher attention is put on the raw materials and no compromise is made. While the whole system is on the way to improve still.
expertise in powder mixing, additives and microelement operations on its own. Due to the confidentiality, we did not tour the mixing process.