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Metal Injection Molding

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Vertically integrated metal injection molding services
Through a strategic partnership, Biomerics has the metal injection molding (MIM) capabilities needed to produce specialized, complex micro metal components for interventional medical devices. Our MIM design, materials compounding and manufacturing services will ensure we meet the precise specifications for your metal components. Combining MIM with our other micro metal processing capabilities, our vertically integrated Micro Metals Group covers the full range of metal processing needs for interventional medical device applications.
Metal Injection Molding Center of Excellence

Our Metal Injection Molding Center of Excellence has the capacity to manufacture high-volume runs of complex metal components. We can produce medium to micro MIM parts to the following specifications:

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Advantages of MIM
MIM is a proven technology for producing high-volume, highly repeatable runs of metal components requiring complex geometries, tight tolerances and demanding performance. Because MIM is a molding process, it overcomes the design limitations of other metal fabrication processes and can produce extremely thin-walled, unique-shaped and micro-sized components. The high production efficiency of MIM lowers operational costs while consistently producing high-quality components. MIM is also an ideal process for components that need to maintain the high-performance mechanical properties of metals, such as high density, homogenous microstructure, corrosion resistance, magnetic permeability or hermetic sealing functionality. Unlike other metal casting processes, MIM maintains the strength of the wrought metal and achieves 95–99% theoretical density.
Part design & material selection

Our metal injection molding experts will work with you to develop MIM designs for your intricate metal component. We specialize in design for manufacturing (DFM) and can take your metal component from concept through validation and to full-scale production.

MIM is an excellent alternative to other metal fabrication methods such as stamping, machining, die casting and investment casting. MIM gives you the opportunity to use metal alloys that have unique characteristics or are difficult for other processes to work with. We can produce components in a wide variety of metal alloys, including:

The MIM process

Compounding: To create a metal compound suitable for MIM, a powderized metal is mixed with a binding agent, creating a feedstock compound.

Injection molding: The feedstock is injected into a mold. The mold forms near-net-shape components that are about 20% larger than the finished components will be.

Debinding: Most of the binding material is removed in a debinding process, leaving behind the metal.

Sintering: The high-temperature process of sintering removes the rest of the binder and makes the components denser, resulting in finished metal parts.

Secondary operations: Secondary operations can be performed to refine components’ shape, appearance and other properties.

Begin your MIM project

Secondary operations

While the MIM process reduces the need for many secondary operations, some specialized components may require one or more of the following operations, all of which we can provide to you:

Want to start a metal injection molding project?

LIQUID RESIN CASTING

LIQUID RESIN CASTING

GUIDEWIRES

GUIDEWIRES

BALLOONS & BALLOON CATHETERS

BALLOONS & BALLOON CATHETERS