At our 3D Printing Center, we manufacture high-performance plastic workpiece carriers. These stackable trays are designed for the transport and storage of sensitive, precision components in production environments. Each carrier is precisely tailored to the specific requirements of the component and the customer's application. Drawing on our extensive expertise in plant engineering, we develop the optimum solution for every application.
Additive manufacturing is ideally suited for producing customized workpiece carriers. It enables rapid product development and allows design modifications to be implemented quickly and efficiently. We provide a comprehensive service covering design, prototyping, and the production of low-volume series.
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For the additive manufacturing of customer- and product-specific workpiece carriers, we use a high-performance polymer that offers an excellent balance of strength, toughness, impact resistance, dimensional accuracy, and fine surface resolution. The result is durable workpiece carriers that meet the demanding requirements of a wide range of industrial applications.
The benefits of additive manufacturing for plastic workpiece carriers speak for themselves.
For the production of customer- and product-specific plastic workpiece carriers, we use the Selective Laser Sintering (SLS) process. This additive manufacturing technology is particularly well suited for integrating functional features into the component. In the SLS process, a high-performance laser selectively sinters the plastic powder layer by layer, bonding the particles together to create a solid component.
In the images below, our 3D printing specialist Johannes Sonntag demonstrates the additive manufacturing process of the workpiece carrier.
Our experienced engineering team develops the CAD model based on existing data and specific customer requirements. Upon request, we develop customized designs tailored to the individual application.
Based on the CAD data, the component is additively manufactured layer by layer in the build chamber, either as a single part or as a consolidated component.
After the printing process, the workpiece carriers are removed from the consolidated build and cleaned from residual powder.
Within 12 hours, the workpiece carrier is ready for use in production.
We address your internal needs and requirements. Contact your designated representative!
