This in-depth guide explains how to use 3D printing to create custom tooling in manufacturing. By leveraging specific technical materials such as carbon-fiber-reinforced polyamide, self-lubricating PETG and Kevlar-reinforced nylon PA12, you can produce custom supports, stops, guides and parts that optimize machine jig & fixture workflows. The article analyzes benefits, real-world applications and best practices for successfully implementing the technology.
The article explores how extreme customization through 3D printing is transforming various industrial sectors. The advantages of custom production are analyzed, with particular focus on healthcare, fashion, and automotive. Technological advances in modeling software and innovative materials are examined, along with the challenges and opportunities of this production revolution that’s changing the relationship between companies and customers.
FDM 3D printing for industrial automation: a technical analysis on how this technology, combined with advanced engineering polymers, enables optimization of tooling, jigs & fixtures, and end-effectors (EOAT), generating measurable benefits in terms of efficiency and costs.
In just 2 minutes, you’ll understand why 3DBooster Lock is the most cost-effective 3D printing adhesive on the market: a single €18 spray covers PLA, PETG, ABS, PC and other materials, withstands high and low temperatures, lasts for dozens of consecutive prints, and cleans with just some hot water. Direct comparison with €10 glue sticks.
Choosing the right 3D printing material is a crucial step to ensure the quality and durability of your project. Each filament has different properties and printing challenges, designed for specific requirements. In this article we examine the characteristics of ABS, ASA, PETG, PA (including PA12 and PA6) and PC-PBT, to help you understand which one […]
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