We manufacture robust plastic workpiece carriers in our 3D printing center. These stackable pallets are designed for transporting and storing delicate small parts in production, precisely tailored to both product requirements and our customers' needs. Leveraging specialized expertise from plant engineering, we ensure the optimal pallet solution for each specific requirement.
3D printing technology is ideally suited for manufacturing workpiece carriers. It allows us to accelerate product development and make adjustments flexibly and promptly. We offer comprehensive services ranging from design and prototyping to small-batch production.
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For the additive manufacturing of customer- and product-specific workpiece carriers, we use a plastic material that offers a balanced mix of durability, toughness, impact resistance, accuracy, and fine surface resolution, while also being environmentally friendly. This results in pallets that meet the high demands of our customers across various application areas.
The advantages of additive manufacturing of plastic workpiece carriers speak for themselves.
For the production of customer- and product-specific workpiece carriers made of plastic, we use the Selective Laser Sintering (SLS) process. This additive manufacturing technology is particularly suited for integrating functionalities into the component. In the SLS process, a high-performance laser serves as the energy source, melting the plastic powder and thus bonding the particles together.
In the images below, our 3D printing specialist Johannes Sonntag demonstrates the additive manufacturing process of the workpiece carrier.