Metal Injection Molding – Solution For Complexity

 Metal injection Molding (MIM) is a special process in which finely powdered material is mixed with binder to create a feedstock and then it is injected to get a solidified complex shape in a very lesser cycle time compared to conventional manufacturing process.

MIM Process

Metal Injection Molding Process

Why INDO-MIM ?

INDO-MIM is World’s no.1 Metal Injection Molding (MIM) parts manufacturer with capabilities and experts in design, tooling, materials. INDO-MIM has a full range of finishing and assembly operations. It is a one-stop service provider for all the complex shaped parts used in larger quantities for Aerospace, Defence, Consumer, Medical and Automotive segments. The Manufacturing plants are located  in India and USA.

Hoskote

Headquarter, Bangalore, India

DBP

Bangalore, India

US Plant

Texas, USA

Advantages / Benefits:

  1. INDO-MIM can develop any new complex part in 6 weeks lead time and would submit samples in another 2 weeks. After the sample approval ,larger batches will be supplied as per customer requirement.
  2. INDO-MIM is a MIM company and it has inhouse precision machining, heat treatment furnace & final surface treatment plants. INDO-MIM can supply parts with complete finish as per the customer prints in lesser lead times compared to conventional manufacturing processes
  3. INDO-MIM has a separate group of skilled engineers and planning experts for each project/ customer and this team works 24×7.
  4. Metal Injection Molding is cost-effective compared to conventional processes.
  5. MIM tooling is a one-time investment for any part and can be used for longer time. There will always be a room for minor design changes which can be incorporated in the tool by modifying the tooling inserts, elements etc.

Conclusion :

INDO-MIM is offering an emerging technology called Metal Injection Molding which is used globally by all its customers who are in aerospace, medical, consumer, defence and automotive sectors to accomplish their profitability and reliability targets.