Process

CompactAlloy™Powdered Metal

Remington’s process for metal injection molding (MIM), is a marriage of thermoplastic injection molding and conventional powder metallurgy technologies.
 

Remington’s InjectAlloy®
Metal Injection Molding

When we custom-mix quality ingredients, we're starting them on a complex and precisely defined path. The result will be alloys that meet the most exacting specified performance requirements and the highest quality standards.
 

 Powdered Metal Process

 Powdered Metal Process

Metal Injection Molding Illustration

Metal Injection Molding


Company

Remington’s long history in powder metallurgy allows us to provide our customers with expertise in both the traditional Powder Metal processing, as well as Metal Injection Molding technology.

Learn More


Materials


The Powder Metal Products Division of Remington Arms Company, Inc., manufactures both powder metal (P/M) and metal injection molded (MIM) parts.
Learn More

 Powdered Metal

Ferrous Alloys 
Stainless Steels
Soft Magnetic Materials

 Metal Injection Molding

Ferrous Alloys
Stainless Steels
Soft Magnetic Materials
Tungsten Heavy Alloys


Solutions

For small metal parts, MIM offers the freedom to design complex shapes usually associated with plastic injection molding or investment casting.  At Remington, you'll find unique, scientific engineering and production resources to produce either powder metal or MIM components - economically and at the highest level. In short, we offer you more solutions, so you'll never have to settle for a less-than-ideal compromise.
Learn More

Design


It's our exclusive, custom-built sintering furnaces that really set us apart. Sintering is the most crucial element in both powder metal and MIM production. Our furnaces feature up to 11 precisely controlled temperature zones.
Learn More