<p>Advancing global industries with metal injection molding technology that transforms complex concepts into reality</p>

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OptiMIM - Materials - Low Alloy Steels - L2

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<h1>What's a Good Fit for MIM?</h1><h2>Is Metal Injection Molding Right for Your Project?</h2><p>With numerous metalworking solutions available, engineers often ask, "What is MIM and when is it the right choice?"</p><p>Past Metal Solutions Webinars have covered&nbsp;MIM materials, the&nbsp;MIM process, and&nbsp;how to leverage MIM technology for higher-performance components. It's already been established that MIM combines the technologies of thermoplastic injection molding and powder metallurgy to produce complex shaped, high density, high-performance metal parts. But when does MIM deliver the most ROI compared to other processes?  </p><p><strong>Sign up for the on-demand webinar, What’s a Good Fit for MIM</strong>, to discover the characteristics that make a component a good candidate for the MIM process. The webinar covers:</p><ul><li>MIM design capabilities and part criteria</li><li>Getting the most value from the MIM process</li><li>Where MIM saves cost</li><li>And more!</li></ul><h3>Fill out the form below to sign up.</h3>

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Understand what component geometries, materials, and tolerances make a project an ideal candidate for precision metal injection molding at OptiMIM

What's a Good Fit for MIM? | OptiMIM Webinar

This on-demand webinar explores when to choose Metal Injection Molding (MIM) over other metalworking solutions, covering MIM's design capabilities, cost-saving potential, and optimal applications. 

What's a Good Fit for MIM?

<h1>Leveraging MIM for Performance</h1><p>In production, high costs often stem from secondary operations and manual assembly. Each additional step increases expenses and the potential for inconsistencies.</p><p>Metal injection molding (MIM) nearly eliminates the need for these extra steps.</p><p>MIM technology delivers consistently high-quality, complex metal components at scale. It optimizes part performance and reduces secondary operations. With best-in-class controls, value-engineered part consolidation, and strength and density across a wide range of alloys, MIM offers a way to optimize precision components and produce them in virtually any volume. Expert design for manufacturing knowledge is applied to each project.</p><p><strong>Webinar Topics:</strong></p><ul><li>MIM technology innovations and processes</li><li>MIM design for manufacturing engineering</li><li>Part consolidation</li><li>MIM performance benefits</li></ul><h2>Fill out the form to access the recording.</h2>

Find out how design flexibility, material diversity, and production repeatability make MIM ideal for industries requiring performance-critical components.

Leveraging MIM for Performance | OptiMIM Webinar

Metal injection molding (MIM) eliminates secondary operations and manual assembly to deliver high-quality, complex metal components at scale with optimized performance. 

Leveraging MIM for Performance

<h1>MIM Round Table</h1><h2>Join OptiMIM Engineers, John Gaspervich and John O’Donnell, for a unique round-table discussion on metal injection molding.</h2><p><strong>Download the on-demand webinar by filling out the form below.</strong></p><p>Watch the previously recorded webinar to learn about OptiMIM's (formerly Dynacast) grand prize-winning Canard “missile fin” components and their strict material requirements as well as innovations in the industry. Unique to this round-table, attendees had the opportunity to ask questions to two of OptiMIM’s top experts on design for manufacturing, quality review practices, manufacturing process control, and new product development. Hear their questions and answers!</p><h3>Fill out the form to sign up for our free on-demand webinar:</h3>

Gain expert insights from the OptiMIM round table discussion covering design challenges, material selection, and production scalability for MIM.

MIM Round Table | OptiMIM Webinar

This on-demand webinar features a round-table discussion with OptiMIM engineers on metal injection molding, covering topics like design for manufacturing, quality control, and new product development, and showcasing their award-winning Canard "missile fin" components. 

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