Why OptiMIM

Manufacturers the world over are demanding better performance from their precision components. They want greater design freedom to innovate further and faster. And they want to do it all at scale. It’s why today’s forward-thinking manufacturers turn to OptiMIM. Join them and here’s what you’ll get…

State-of-the-art metal injection molding technology

We’ve built our MIM capability to deliver the highest quality small metal components at scale. It means we can offer outstanding levels of chemistry control, strength, and density across a wide range of alloys. And we can do it at virtually any volume. 

Ultimately, it means we can deliver the components you need to drive your products forward.


Unparalleled MIM expertise

We are proud to employ many of the world’s most experienced MIM specialists. It means we can work with you from initial idea to final component, giving you the benefit of our know-how at every stage. 

So with OptiMIM, you can create better components, for less cost, faster.


The right alloy for the job

There are a wide variety of materials available for metal injection molding—from stainless steel to tungsten alloys to super-alloys such as cobalt-chromium.

But it doesn’t stop there. Our experts can also create custom alloys to deliver the right balance of performance and cost for your products. So you get components precisely suited to your needs.


Better performing parts and greater consistency

On every project, we aim to deliver more consistent parts, more efficiently, at lower costs. Our goal is to do away with the expenses associated with secondary processes such as machining, achieving net-shape the first time.

So we build molds that are more efficient for high-volume production and put in as much complexity as needed up front to avoid costly machining and secondary operations.


Greater design freedom

We’ll help you integrate and consolidate multiple components into a single molded piece—reducing the need for multiple suppliers and decreasing processing and assembly costs. (You’ll also get parts that are stronger, more cost-effective, and closer to the original design intent.)

As a process, MIM frees designers from the traditional constraints of trying to shape stainless steel, iron,  copper, titanium, and other metals. Simply, it opens up new opportunities to improve performance and lower costs.

The result is greater freedom for designers and better products for your customers.

Injected Metal Assembly (IMA)

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Last updated 12.05.2019