Securing Scalability: Utilizing MIM to manufacture at scale

Streamline regulatory design validation and manufacture at scale with metal injection molding

When a component first goes into production, the top priority is manufacturing a sound, high-performing part—many processes can achieve that. But over the life of a project, effectively scaling the production process at the lowest total cost becomes increasingly critical. For manufacturing small, complex components at scale, metal injection molding (MIM) is the most efficient process.

OptiMIM has experts in taking projects all the way from the drawing board into mass production. Not only does the metal injection molding process lend itself to scalability with automation, large batch capacity, and relatively low up-front investment, but

engineers are experts in streamlining supply chains and validation processes.  

Sign up for a free on-demand webinar and learn how to take advantage of the MIM process to efficiently manufacture components from the prototyping stage all the way through mass production. The webinar covers:

• Streamlining regulatory validations, like FDA approval
• Manufacturing with MIM at a lower total cost to scale
• Shortening your supply chain with automation and part consolidation
• MIM case studies

Fill out the form to sign up for our free on-demand webinar:

Don’t just take our word for it. This year, OptiMIM was recognized by the Metal Powder Industries Federation (MPIF) at the 2020 Powder Metallurgy Design Excellence Awards for the design and production of one of two jaws of a surgical device for the Medical/Dental Category. This part ran at approximately 10,000 parts per year, and was recognized for excellence in precision and durability.

With OptiMIM, producing high-performing parts at scale is standard.