Articles
Prototype Injection Molding: Choosing the Right Material for Your Project
Prototyping is a critical step in the injection molding process for product design and development. Creating prototypes allows designers to test concepts, evaluate functionality, refine designs, and minimize risk before investing in production tooling. Prototype injection molding offers many benefits over other prototyping methods when it comes to simulating the actual injection molding process. Why Start With Prototype Injection Molding Prototype injection molding enables designers to: Prototype molding brings products to market faster and more efficiently by optimizing designs and processes early on. How Is Prototype Injection Molding Used Prototype injection molding can be used to create multiple versions of
Understanding Rapid Prototyping: Definition, Methods, and Advantages
Rapid prototyping has become an invaluable tool for companies looking to accelerate development and quickly bring new products to market. In technology, manufacturing, and consumer goods, getting products to customers ahead of the competition is critical. This area is where leveraging rapid prototyping during the design phase can provide significant advantages. What is Rapid Prototyping? Rapid prototyping refers to a range of additive manufacturing techniques that quickly fabricate a scale model of a physical part or assembly using three-dimensional computer-aided design (CAD) data. In rapid prototyping, prototype models are constructed by adding material layer-by-layer using 3D printing or additive manufacturing
The Differences Between Prototype and Production Molding
Understanding the differences between prototype and production molding can be a game-changer in your product development process. Most think that to have production-equivalent plastic parts, you need to build an expensive, long lead-time, hardened-steel production mold and that this can only happen at the end of the product development process when the design is frozen and production-ready. This is simply not the case. Just like 3D printed parts have accelerated the product development process, so too can prototype plastic injection molding drastically improve speed to market, de-risk product failures, and speed up design iterations. Prototype injection molding has progressed. Such
Prototype Injection Molded Parts – Process Guidelines
A Guide to Injection Molding Prototypes Prototype injection molding is a manufacturing process that involves creating a physical plastic prototype or sample of a plastic product using injection molding techniques. It is a highly versatile and efficient method of producing small quantities of complex plastic parts with precision and speed. Prototype injection molding is widely used across various industries to streamline the product development process, reduce design risk, reduce time-to-market, and ensure the optimal design and performance of new products before investing in high-cost, multi-cavity production tooling. What are Prototypes? A prototype is a preliminary physical model of a new
Material Selection: How Do I Specify the Right Plastic for My Product Application
There are over 60,000 different grades of plastics and growing each year. If you are developing a product that requires selection of a plastic, it can be quite a daunting task to determine the best plastic for your application among so many choices. This article shares the methods we use to help our clients with material selection. Searching an Online Material Database There are a few online material databases but the one that we use most often is a well-organized site called Matweb.com which details the properties of many materials including plastics, metals, ceramics, etc. While the website does have
How Should I Prototype? Machined Parts, Print 3D Parts, or Fabricate a Prototype Mold
How should I prototype? Machined parts, print 3D parts, or fabricate a prototype mold Introduction Once a design engineer completes the first draft of their product design, the next step is to create a plan for how it will be fabricated, tested, and developed. There are three basic methods of prototype fabrication: 1) CNC machining, 2)
