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Understanding Plastic Regrind in Injection Molding: Benefits and Applications
A popular method for achieving efficiency and reducing waste in plastic injection molding is the use of regrind. Below, we explore the plastic regrind process, its benefits, and important considerations to using these recycled materials. What is Regrind? Regrind typically refers to the practice of recycling plastic waste generated from ...
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Designing Complex Geometry Molds for Prototyping: Core and Cavity Integration Strategies
Injection-molded parts are growing increasingly complex in design to meet demanding product requirements. Complex geometries with intricate features push the boundaries of mold technologies. Undercuts, thin walls, and unconventional shapes that would be impossible or impractical to mold using standard techniques are becoming more common. While complex designs allow products ...
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Challenges and Considerations When Using Recyclable Materials in Injection Molding
As industries like Protoshop strive to reduce the environmental impact of waste plastic, the use of recyclable materials in prototype injection molding must be seriously considered. While the benefits of using recyclable materials seem clear, an injection mold with recycled plastic comes with its own set of unique challenges. Types ...
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Customer-Centric Approach to Prototype Mold Fabrication
At Protoshop Inc., we pride ourselves on our customer-centric approach to prototype mold fabrication. As a leading provider of rapid prototype injection molding and prototype tooling services, we understand that our success is directly tied to the success of our customers. We prioritize personalized service and collaborative design processes, setting ...
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Choosing the Right Prototype Tooling Method Exploring Options and Considerations
Prototyping is an essential step in the product development process that allows designers to test concepts, evaluate form and function, and refine designs. Choosing the appropriate prototyping technique is very important for creating effective prototypes that provide meaningful insights without requiring excessive time and costs. The prototyping method must align ...
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Incorporating DFM in Prototype Injection Molding
Prototype injection molding enables companies to quickly and cost-effectively produce low-volume plastic parts to test form, fit, and functionality before investing in full production tooling. However, many organizations fail to consider design for manufacturing (DFM) principles when developing prototypes. If DFM issues are only uncovered after the part is molded, ...
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Protoshop’s Dylann Ceriani Appeared on the “Being an Engineer” Podcast!
We’re excited to share a transcript from the Being an Engineer podcast featuring Dylann Ceriani, our co-founder and principal mechanical engineer at Protoshop. Dylann provides a compelling overview of her engineering journey, highlighting her expertise in prototype molding and the distinctions between prototype and production molding. She also delves into ...
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Aluminum Injection Mold Tool Life Expectancy: Factors Affecting Durability and Maintenance
Savvy businesses rely on rapidly produced prototype injection-molded parts to innovate and efficiently bring new products to market. While these molds can produce thousands of parts (even tens of thousands), they are not nearly as durable as production molds. Factors such as tooling material, design complexity, and maintenance practices affect ...
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Prototype Injection Molding for Critical Function Testing
The Challenge Our customer was developing an In Vitro Diagnostic (IVD) cartridge that required assembling a valving component to the cartridge to control fluidic flow for the assay. Standard means for assembling these types of valves into disposable IVD cartridges includes fasteners, ultrasonic welding, laser welding, heat staking and other ...
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Where Can I Get a Prototype Made? Accelerating Product Development with Protoshop’s Prototype Injection Molding Solutions
Developing prototypes is a pivotal phase in new product development. Prototype parts provide the first tangible models to evaluate ergonomic design attributes, conduct engineering tests to validate strength and function, refine specifications based on physical rather than virtual models, and gather direct customer feedback on potential products. Thorough evaluation at ...
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