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The molding process that you select to produce your part has a substantial impact on its quality, production cost, and aesthetic. As such, it is essential to carefully consider your options and choose wisely.

Reaction injection molding (RIM) has been used to create parts for a wide range of different industries—complex medical devices to construction equipment.

Reaction injection molding supplies high-quality parts for a wide variety of industries—especially those that require large complex parts produced in low volumes.

There are several important factors to consider when choosing a production process for your manufacturing project. Design flexibility, process efficiency, process duration and cost represent major decision criteria for manufacturers.

From protecting sensitive components to expanding wireless capabilities, here are several notable benefits of low-pressure overmolding electronics.

RIM is a highly advantageous manufacturing process for a wide range of applications. To learn when to use reaction injection molding, continue reading.

To learn about some of the most notable differences between compression molding and reaction injection molding, consult this side-by-side guide.

The process of RIM and injection molding involve very different molds. To learn how RIM tooling compares to the injection molding tooling process, consult this comparison.

To learn about low-pressure overmolding and its benefits for a wide range of different industries, consult this guide to low-pressure overmolding.

To determine which molding process is right for your project, check out this comparison of reaction injection molding vs. thermoforming.