FN08 316L Sintered Metal Parts Processing Straight Bevel Gear Machining

MDM Metal focuses on providing a cost-effective alternative to forging, stamping, casting, and machining processes. It combines the high volume process of powder metal compaction with superior physical properties achieved through high temperature, controlled atmosphere sintering. Full Density Powder Metallurgy combines the high volume processing of powder metal compaction with the physical properties of cast or wrought materials. Full Density provides the ultimate physical properties for conventionally compacted PM materials. High precision and high density one forming tolerance is small, high precision, density up to 90%, and can improve the precision and strength performance through shaping or repressing.

Product Description

Our Main powder metallurgy products

Dongguan Minda Metal Tchecnology Co.,Ltd. Was founded in 2015.

We specialize in producing MIM parts, sintered parts, CNC machining parts and Aluminum alloy die casting parts.

At the same time we also undertake the corresponding product mold design and development and production.
Our professional sales staff will communicate and understand the needs of customers in a timely manner and convey to the technical staff, and the general manager will quickly give the quotation scheme suitable for the product.
In the production process, we will check the quality of products at any time. The product will be fully inspected before shipment to ensure that none of the defective products reach the customer's hands.
You have the right needs and we have the right expertise, for hardware accessories solutions please feel free to contact us, we are there for you 7x24h.

Minda has its own MIM workshop, Powder metallurgy pressing workshop and CNC machining center. 

This satisfies customers' demand for product versatility and ensures high-quality on-time delivery.

Inejction machines and degreasing machines

Vacuum sintering furnace

Powder metallurgy devices

MIM(Metal Injection Molding) introduction

MIM(Metal Injection Molding) is a forming method by injecting the plasticizing mixture of metal powder and binder. It can be consisted of 4 steps:

1, Mix the powder and binder, and then pelletize the mixture;

2, Injection molding;

3, Remove the binder to get the 100% metal parts;

4, The last is sintering.

Some sintering products may need to do further densification processing, heat treatment and machining. Sintered products not only have the same complex shape and high precision as plastic injection forming, but also have similar physical, chemical and mechanical properties as forged parts.

This technology is suitable for mass production of metal parts with small shape, precise and complex 3D shape, and has special performance requirements.

Application of MIM:
Metal powder injection molding has been widely used in mechanical industry, electronic industry, automobile
industry, office automatic industry, watch, photoelectric industry, medical devices etc.
1) Computers and auxiliary facilities: printer parts, core, striker shaft pin, drive parts
2)Tools: such as gun drill, drill chuck, power tools, hand tools, wrenches and other spare parts, milling heads, nozzles, etc.
3) Household appliances: such as watch case, bracelet, electric toothbrushes, scissors, fans, golf head,
simulation jewelry,
tool heads and other parts;
4) Medical equipment parts: dental orthopedic frame, orthopedic bracing parts, scissors, tweezers;
5) Electrical parts: such as micro-motor parts, electronic parts, sensors, cell phones etc.
6) Mechanical Parts: complex parts such as small loose cotton, textile machines, sewing machines,

office machinery, and other machinery parts;
7) Automotive, marine parts: clutch inner ring, radial inserts, fork sets, distributor cover, car airbags, car locks;
8) Oil drilling with various special-shaped carbide nozzles.

Commonly used materials for MIM process and their application fields:

The performance of several typical materials:

Forming ability comparison of MIM and precision casting:

Comprehensive comparison of MIM and other processes: