Surface textures and patterns applied to plastic injection molded parts are becoming more sophisticated and complex. These advancements are exciting because they offer so many new design options for product developers and engineers. But before a finished part can be made, the injection molding tool must first be carefully manufactured. So how do manufacturers apply textured surfaces in a controlled and repeatable fashion to get the results that designers expect?

Modern CNC milling machines are amazing tools, capable of making prototypes and production parts quickly and reliably. To do this they must be able to move along several axes of travel while maintaining dimensional accuracy.

Machine screw threads, along with many other kinds of threaded fittings, are used around us every day in millions of applications. In fact, they’re so ubiquitous that they largely go unnoticed by most of us, and to the inexperienced eye they all look and perform pretty much the same.

All manufacturing tools are subject to incredibly harsh working conditions and must withstand a lot of wear and tear. Tools used for plastic injection molding are no exception, where corrosive resins and abrasive fibers, injected under tons of pressure, can quickly destroy soft or untreated metal.

Prototyping is an essential stage in the design procedure for almost all projects. When developing a product, it is significant to obtain proof of concept and examine the fitment as early as possible. Plastic prototyping in the past included creating a prototype mold to confirm a design beforebeforespending money on production tooling. But, the industry has now changed a lot by the simplicity and speed of 3D printing. It is an influential tool for designers and engineers, but that does not mean there is no longer a requirement for plastic prototypemold building.

China is one of the places where you can find low-cost manufacturing and prototyping services. You have to be careful when choosing a manufacturer to work with. To ensure success in your next China injection mold project, you’ll have to consider your requirements and the capability and experience of a prospective manufacturer in fulfilling those. Here are some tips to help increase your chances of success:

If you design products, particularly consumer goods, you are likely familiar with sheet metal prototyping and its benefits to product development. However, you may be wondering how sheet metal prototypes are made, and the design practices applied for the task. Here, you’ll learn three crucial things about the process.

The prototyping process can be costly and sluggish if you use older technologies and traditional manual methods. Nowadays, you’ll find advanced techniques to make it cost-effective and quick without compromising accuracy and precision. One of these involves 3D printing to build a prototype using specific types of plastics or metals. It will help you save money and time while offering versatility as it can manufacture a wide array of parts and prototypes with it.

Additive manufacturing or 3D printing doesn’t only use plastics to build prototypes and end-use parts. Technologies like direct metal laser sintering (DMLS) 3D printing can create highly complex metal components, which may be almost impossible to build using other methods. It can be a practical solution for your metal rapid prototyping requirements.

Does your business need to fulfill a small order of plastic parts? You’ll need to partner with a manufacturer that can provide reasonably priced low volume injection molding services online. Whether for end-use manufacturing or prototyping, the manufacturer can deliver the exact number of pieces you require. Mentioned below are some tips to help you choose the best service:

A CNC prototype service could significantly reduce costs and the time it takes to build prototypes of your design. However, there are things you should consider to ensure accuracy and precision and achieve the best results. From making your design CNC machining-friendly to working with the right service provider, here are tips to help you get the most out of the process and get the exact parts you need.

Many additive manufacturing technologies exist today, and one of them is selective laser sintering (SLS) 3D printing. It’s popular with manufacturers and engineers for its high productivity, low cost per part and reliable materials to build accurate aesthetic models and prototypes. SLS rapid prototyping can build prototypes from a range of plastics, but reputable service providers use either nylon (PA 12) or PA 12 glass-filled. Let’s explore the process to help you learn more about it and if it’s suitable for your next project.