Maximize the performance of your additively manufactured components and coatings – through precise analysis of the powder parameters that determine quality and process stability.
At the IFW Dresden, we analyze metal and functional powders using state-of-the-art imaging techniques to understand the influence of particle size, shape, and flow properties on their behavior in additive manufacturing processes or coatings. Our measurements provide reliable data for material development, quality control, and process optimization – quickly, reproducibly, and in line with industry standards.
Your benefits
- Targeted powder optimization for higher component quality
- Avoiding process errors through precise parameter control
- Fast, reproducible analyses for R&D and series production
- Wide range of materials – from Fe- to Al-based powders
- Advanced analytics through additional procedures on request
Methods
- Particle size and shape analysis (Camsizer X2): 1 µm to several mm, roundness, symmetry, width/length
- 3D X-ray microscopy (GE Phoenix Nanotom M): up to 500 nm voxel size, high-resolution structural analysis
- Powder flowability analysis (GranuDrum): dynamic flow measurement, angle of repose determination
Fields of application
- Additive manufacturing of functional and structural components
- Development of new alloy powders
- Process optimization in powder coating and metal deposition
- Quality control in powder production and component manufacturing