Making the wrong material choice for your injection molded parts can lead to costly delays, quality issues and field failures. This comprehensive paper explores the critical factors in selecting the ideal resin for your application - from environmental conditions and mechanical requirements to cost considerations and manufacturing compatibility. Learn how early collaboration with your injection molder can help you avoid common pitfalls, optimize performance and maximize the success of your next project.
Unlock the secrets of successful injection molding design in our comprehensive guide to managing shrinkage. Whether you're dealing with warpage, sink marks, or dimensional accuracy challenges, this white paper delivers practical insights for achieving better results. Learn how material selection, wall thickness, and design considerations impact part quality, and discover proven strategies for minimizing defects. Written by AIM Processing's engineering experts, this guide is essential reading for anyone involved in plastic part design and production.
Discover how to overcome the complexities of custom molded plastic parts in our comprehensive guide. This white paper provides actionable insights for engineers and procurement specialists, from critical design decisions to material selection and advanced manufacturing processes. Learn proven strategies to optimize quality, reduce costs, and accelerate time-to-market from industry experts with over two decades of precision molding experience. Download now to transform your plastic part.
Don't let poor quality, chronic delays, or lackluster communication hold your business back. Take control of your supply chain with our comprehensive white paper, “Successful Tool Transfer for Injection Molding.” A successful tool transfer could be the key to unlocking hidden efficiencies, reducing lead times, and boosting your competitive edge.
Explore the latest in AIM Processing's approach to custom injection molding in a featured article from Plastics Technology. With a focus on efficient, high-quality production, AIM’s innovative use of robotics and automation not only addresses labor challenges but also enhances capacity, quality, and global competitiveness. Learn more about how AIM is "AIMing Higher" in the world of small part injection molding with this featured article from Plastics Technology.
Step behind the scenes at AIM Processing, where precision meets innovation in small-part plastic injection molding. Watch how our state-of-the-art facility combines advanced automation with expert engineering to produce intricate parts smaller than your fingernail. From our ISO-certified quality lab to our automated production floor running 24/7, discover why leading medical, electronics and automotive companies trust AIM Processing to deliver big on small parts.
When Trice Medical was experiencing unnecessary complications and frustrations obtaining critical injection molded components for its manufactured equipment, it realized the need for a new business partner that could supply a reliable, painless solution. Watch now and see how AIM Processing and Trice Medical partnered for innovation.
See how AIM Processing's expertise in tool maintenance, efficient tool transfers, and process validation for older tools has transformed Encision's operations and made it their trusted partner for delivering high-quality plastic injection-molded parts.
“We received the charger base and I want you all to know it looks FANTASTIC! Thank you for getting us this one for the BOD meeting.”
Joe P., President,
medical device company
“…thanks for all of your hard work as well as others at your facility in making this happen.”
Ron H., Quality Control Manager,
industrial product company
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