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Key Design Considerations While Designing Plastic Parts

Injection molding is one of the most widely utilized plastic formation techniques across various industrial sectors, boasting a broad range of applications in industries such as automotive, packaging, construction, consumable products, and electronics.

The demand for immediate fulfillment of customer requests has placed significant pressure on both production and design processes. Consequently, organizations are actively seeking methods to alleviate this pressure and reduce the amount of rework involved. So, parts must be designed first time right to avoid future rework and while designing plastic parts some of the vital factors must be taken into account.

Designing plastic parts encompasses a multitude of factors, including detailed plans that outline the shape, appearance, function, and, most importantly, the selection of materials.

Learn in depth about these key considerations while plastic part design: part usage, compatibility with other parts, material selection, plastic part sustainability, must have features and production quantity.

DFMPro design for manufacturing software helps to check for industry standard DFM practices for injection molding design, right inside the CAD environment. This helps produce parts economically at a better quality and shorter lead time. Visit www.dfmpro.com for more details.

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Company Profile

HCL DFMPro is an easy-to-use CAD-integrated Design-for-Manufacturing (DFM) software. It identifies & provides recommendations to resolve potential downstream manufacturing issues. DFMPro is well integrated within CAD platforms like Creo Parametric, SOLIDWORKS®, NX and CATIA V5 which ensures that users are able to identify and rectify design for manufacturing checks within their own CAD platform.

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