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Thermoformed Parts in Practice

All insights into the practice of thermoforming. Useful tips on what to consider. Here you will find entries on all aspects of thermoforming.

Injection Molding vs. Thermoforming

Thermoformed Parts in Practice

Injection Molding vs. Plastic Thermoforming – Advantages, Disadvantages, Differences, and Similarities

In the world of plastic processing, there are various common manufacturing methods used to produce precise plastic components for industrial applications. We compare two of them: Injection Molding and Plastic Thermoforming.
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Thermoformed Parts in Practice

The Biggest Challenges for Manufacturing Companies & Supply Chain Management in 2026

Supply chains have never been as complex and volatile as they are today: geopolitical tensions, capacity bottlenecks, rising raw material prices worldwide, and national energy costs. Companies that want to remain competitive must reassess their supply chain management (SCM).
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Thermoformed Parts in Practice

Tool Transfer in Thermoforming: A Guide for Existing Thermoformed Tools

Tool transfer in thermoforming makes it possible to continue using existing tools and to keep producing components without unnecessary costs or delays. In this article, you will learn about the benefits this offers, which information is required, and how formary efficiently supports the entire process.

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Thermoforming Tooling for Plastic Thermoformed Parts: Structure, Types, and Manufacturing

Thermoformed Parts in Practice

Thermoforming Tool for Plastic Thermoformed Parts: Structure, Types, and Manufacturing

Plastic thermoforming is a process in which a plastic sheet or film is heated and shaped over a mold to create various three-dimensional objects. A crucial element in the thermoforming process is the tooling used to achieve the desired shape.
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Thermoformed Parts in Practice

Plastic manufacturing processes compared: thermoforming vs. injection molding, 3D printing, CNC milling, and foam

When manufacturing plastic parts, thermoforming is often compared with injection molding, milling, 3D printing, and foam solutions. The decisive factors are speed, cost, design freedom, material requirements, and process reliability. This article highlights the key differences between these processes.
Intralogistik mit Trays optimieren

Thermoformed Parts in Practice

Optimizing Intralogistics – How Trays Improve Your Intralogistics Processes

Rising customer demands, flexibility needs, and resource efficiency goals require companies to constantly improve intralogistics. To remain competitive and sustainable, they must optimize material flows, minimize handling times, and implement efficient storage and transport.
What Is a Workpiece Carrier? Definition & Applications

Thermoformed Parts in Practice

What Is a Workpiece Carrier? Definition & Applications

A constant challenge in the manufacturing industry is efficiently managing material flow throughout all assembly stages and departments. These logistical challenges can be optimally addressed by using product-specific workpiece carriers. Learn more in this article.
Applications of Thermoformed Parts

Thermoformed Parts in Practice

Thermoformed Plastic Parts in Use – Detailed Applications

Thermoformed plastic parts play a crucial role in almost every industry, from manufacturing and mechanical engineering to medicine and food production. In this article, we take a closer look at the various applications of thermoformed plastic parts across different industries.
What is Plastic Vacuum Forming? A Brief Explanation of Vacuum Thermoforming

Thermoformed Parts in Practice

What is Plastic Vacuum Forming? A Brief Explanation of Vacuum Thermoforming

Vacuum forming is a method that uses vacuum and compressed air to shape plastic parts from rolls or sheets. In this process, also known as vacuum thermoforming, the vacuum pump plays a crucial role. In this article, we explain the key aspects of the vacuum forming process.

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