Material analysis:
The properties of the starting material are of crucial importance for the subsequent additively manufactured component. In 3D printing, the material influences, for example, the precision, the component quality and the repeatability. The GWP plastics laboratory characterizes its starting materials using modern analytical methods.
Surface analysis:
The surface has a major influence on the appearance and the service life under dynamic load. The GWP can measure and analyze the roughness (Rz, RA, etc.), surface morphology, color and gloss of your components.
Mechanical testing and environmental simulation:
The mechanical properties after construction also determine the service life of the 3D-printed component. GWP can measure and classify suitable parameters for you in static tensile tests and dynamic load tests. Important points are the direction dependence of the mechanical properties and the surface influence on the dynamic properties. We would be happy to advise you on the selection of suitable sample positioning and test procedures and carry out the tests for you.
Environmental simulation can be used to simulate stresses such as temperature, light and humidity. This provides important information for estimating service life and analyzing weak points.
Plastographic examinations:
Metallographic examinations of additively manufactured components can be used to determine characteristic parameters. Pores, inclusions or fusion defects can also be made visible. CT expands the range of examinations.
Damage analysis:
If damage (cracks, breaks, aging, discoloration) occurs on your additively manufactured components during operation or production, we can carry out a damage analysis for you. Insufficient bonding in the material or poor surface quality are typical sources of error for 3D printed components.
