Component surface hardening or cleaning using glass beads, plastic media or metal shot.
| Process | Objective | Workpiece size |
|---|
| Steel shot peening (NC/CNC-controlled pressure blasting technique and ultrasonic technique) | - Strengthening the component surface to increase the fatigue strength and fatigue limit of highly-stressed components
- Eliminating residual tensile stresses on the component surface
- Building up residual compressive stresses on the component surface in a targeted manner
| - Max. Ø1500 mm x 1000 mm;
- Max. Ø 650 mm x 200 mm (ultrasonic technique)
|
| Aluminum oxide dry blasting (CNC-controlled pressure blasting technique) | - Activating component surfaces before applying functional layers
- Setting defined surface roughnes
- Deburring
- Removing layer systems
| |
| Aluminum oxide wet blasting | - Deburring
- Activating the surface to improve adhesion prior to bonding/ coating components
| - Max. Ø 1000 mm x 600 mm
- Max. Ø 1300 mm x 1300 mm
|
| Glass bead peening | - Cleaning component surfaces
- Strengthening soft materials (e.g. Ti alloys)
| |
