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[Infographic] Evaluating part failure in injection-molded components
Quality issues with your injection molded plastic parts can slow down production runs, waste materials, and ultimately leave you with a sub-par product. Assuming that there are no design flaws, however, a systematic approach to identify and resolve part complications can enhance your processes and improve the quality of finished products. A range of factors,…
Infographic: 4 Aspects to Eliminating Cosmetic Defects in Plastic Parts
Many different cosmetic defects can make plastic parts unsuitable for use. Weld lines, small scuff marks, and other issues may not detract from part performance, but consumers won’t want to purchase a product that has visible imperfections. Overcoming these cosmetic defects, then, is just as important as dealing with other issues.
[Infographic] 9 boss design tips for plastic parts
Bosses are protruding features on parts. They are frequently used as a point of attachment or assembly. Often, they are designed as cylindrical projections with holes that are designed to accept screws, threaded inserts or other types of fastening hardware. Because bosses are often subjected to loadings not encountered in other sections of a component,…
[Infographic] How Plastic Injection Molders Achieve Uniform Wall Thickness
If you look closely at any plastic injection-molded product — be it a toothbrush holder, electric razor housing, or phone case — you’ll notice how their walls are all relatively uniform. Achieving uniform wall thickness is one of the fundamental concepts of plastic injection molding. Ignoring it can result in sinking, warping, and even dysfunctional…
[Infographic] Evaluating Part Failure In Injection Molded Components
Quality issues with your injection molded plastic parts can slow down production runs, waste materials, and ultimately leave you with a sub-par product. Assuming that there are no design flaws, however, a systematic approach to identify and resolve part complications can enhance your processes and improve the quality of finished products. A range of factors, regardless of the…
[Infographic] 8 Things To Consider During Your Initial Design Process
The benefits of using injection molding to manufacture parts are limitless. A process that givenew possibilities to the volume, efficiency, quality, and affordability of part production, injection molding has proven noteworthy and versatile. However, when design concepts are hastened or ill-planned, problems such as inferior part quality, manufacturing delays, and unplanned cost overruns can arise.
[Infographic] 10 Steps for Choosing the Right Resin for Your Injection Molding Project
Choosing a resin is an important part of creating a successful injection molded component. You want to select a resin that matches your design goals, budget, and performance requirements. This helpful infographic outlines 10 important steps for choosing the right resin for your project.
[Infographic] 5 Advantages of Plastic Injection Molding for Electronics
Plastics are a very important component of the electronic industry. Plastics are key for electronics across industries such as consumer products, automotive, industrial applications, and medical products. Besides protecting and insulating the electronic, plastics also provide the following benefits.
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