Repair
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Repair
High precision with robotic automation | Higher grade materials applicable than conventional welding | Minimal heat-affected zone with laser-based repair
PROCESS
Total 5 steps from 3D scanning to inspection
01
3D Scanning
Scan damaged components using high-precision 3D scanner to obtain shape data
02
Design
Based on obtained scan data compare with original component shape and design modeling for parts requiring repair
03
DED Repair
Apply DED 3D printing method based on design data to repair damaged parts
04
Post-Processing
Completed repair components undergo additional processing according to customer requirements
05
Inspection
External shape inspection of completed repair components and integrity & reliability review through quality testing
Base Material Grade
Grade A
Repair Material Grade
Repair Grade A
Work Method
Approx. 1,080-1,160 MPa
Characteristics
Excellent durability
Content
A method of spraying thin powder and selectively melting it
Mainly used for manufacturing high-precision/high-strength metal components.
Performance Images
Performance Videos
Related Data
