Workpiece geometry

In surface technology, workpiece geometry plays a decisive role in the planning and implementation of surface treatment processes. The workpiece geometry refers to the shape, size and structure of the workpieces to be processed and has a significant influence on the selection of suitable processes and techniques as well as the quality of the resulting surface treatment.

Complex workpiece geometries, such as those with corners, edges, recesses or cavities, can make surface treatment more difficult, as they are difficult to access and can make uniform coating or treatment more difficult. In such cases, special fixtures or techniques must be used to ensure that all areas of the workpiece are properly treated.

The size of the workpiece also determines the scale factor of the surface treatment equipment and can present logistical challenges in handling and processing. Large workpieces may require specialized equipment or customization to ensure efficient and high-quality surface treatment.

In addition, the material composition and surface properties of the workpiece influence the selection of suitable treatment methods and agents. Different materials require different pre-treatments, coatings or finishes in order to achieve optimum results and ensure good adhesion or corrosion resistance.

Consideration of the workpiece geometry is therefore of crucial importance when planning and carrying out surface treatment processes in surface technology. Careful analysis of the workpieces makes it possible to select suitable processes and techniques in order to achieve a high-quality and durable surface treatment that meets the specific requirements and standards.