Manufacturing plastic parts can be executed several ways – but the two most common are injection molding and thermoforming. Both injection molding and thermoforming use thermoplastics and can produce similar end results – however, they differ in tooling costs and lead time.

Thermoforming can be a very cost-effective means of production for precision parts where tooling costs would be excessive. Knowing the basics is critical for ensuring manufacturability and cost efficiency at each stage of the process. Use this guide to understand the critical terms and ...

When affixing two different materials together or adding a layer of lamination or other finishing options, pressure sensitive adhesives (PSAs) are the most effective method. However, there are a great number of options to choose from – so how do you know which one is the best for your application?

At Industrial Custom Products, we offer state-of-the-art technologies and processes to move your project forward fast. There are many ways to bring a part to production, but most of them require cutting out the part during production.

When it comes to cutting plastics, there are many different ways to process your part. Precision die-cutting involves steel rule dies, dieless knife cutting involves a vacuum table with an oscillating knife, and CNCing involves a 3-Axis CNC with a vacuum table and route.

Synthetic rubbers come in many forms. Two of the most common for the automotive, HVAC and roofing industries are Ethylene Propylene Diene Monomer (EPDM) and Neoprene. Both types of rubbers have many uses, but what is the difference between them?

When you’re planning your plastic projects and designs, you need to take everything into account from prices and materials to aesthetics and marketability. But truly understanding the nuance of each of these facets can be overwhelming in a fast-paced marketplace. Some details such as shrink rates ...

We created a fully customized solution for Crenlo Engineered Cabs to streamline their assembly process and reduce unnecessary prep work.

Trying to decide between injection molding and thermoforming? Industrial Custom Products is here to help you choose the method that best suits your project needs. Becoming familiar with the pros and cons of thermoforming and injection molding can help you make a clear and guided decision that will ...

Plastic waste is a notorious and growing problem around the globe, and with this problem, has emerged a pressing need for innovation. The flexibility of plastics that can be used repeatedly is invaluable to addressing this problem.

At Industrial Custom Products, we have the flexibility to manage any design project. This means supporting everything from dieless knife cutting to custom CNC routing with state-of-the-art technology, fast production times and consistent results exactly to your specifications. If your project needs ...

A Powersports client was experiencing an issue with plastic melting near the muffler of their product. They needed a heat deflection and shielding solution to prevent plastic from melting, without a costly redesign and additional parts. They came to Industrial Custom Products for an efficient and ...

Thermoforming molds are a key component of the entire thermoforming process. But how do they work? And what types are available? Here’s everything you need to know about thermoforming molds.

Custom die cutting creates unparalleled precision in plastic parts. Read on to discover how die cutting can improve your production process.

Thermoforming is a process that embodies its namesake. Heat is used to carefully shape thermoplastic sheets. The end results are precise and replicable designs that satisfy any number of projects and plastic part needs. Though the overarching process is simple at a glance, the detail work that goes ...

TPO (Thermoplastic Poly Olefin) is an excellent option for plastic fabrication where stiffness, weather-ability and chemical resistance are all key. Here’s what you need to know about TPO, and its benefits in thermoforming.

Thermoplastics come in a variety of forms, and each form comes with its own strengths, weaknesses and specialty uses. However, plastic material isn’t viable for manufacturing unless it can be efficiently fabricated into a complete part — and that’s traditionally difficult for low surface energy ...

A client needed a thermoformed part that would act as a splash guard covering an electronic component from getting wet.