Remanufacturing Process Technology

Directed Energy Processing

• Perform Component Assessment for Optimised DED Process Selection
• Laser-Ded Of Multi-Materials, Novel Alloys, And Metal-Matrix Composites
  

• Laser-Ded with Wire and Powder
• Wire-Arc Additive Manufacturing
• Hybrid Laser-Arc Welding and Deposition 
• Tig and Mig Welding (Plasma Arc Welding)
• High-Pressure Cold Spray Process
• Furnace Brazing
  

Industrial Applications:

• Cladding For Hard-Facing, Wear and Corrosion Resistance Enhancement
• Multi-Material Part Fabrication and Advanced Welding
• Repair and Remanufacturing Process
• Cold Spray Repair of TI,Al, Cu, Ni and SS Alloys
• Joining and Bulk Forming of Metal-Polymer Components
  

Laser Hybrid and Process Digitalisation

• Laser Cleaning/Blasting for Surface Preparation
• Hybrid DED and Machining Process and CAM Toolpath Development
• Multi-Modal Process Monitoring and Sensor-Based Adaptation of Hybrid Manufacturing:
  
  • Thermal, Optical, Acoustic Sensors and Robot Position Monitoring
    
  • Melt-pool, Surface Profile and Temperature Measurements
    
    
    

Industrial Applications

• Cost Effective and Sustainable Alternative to Abrasive Blasting and Cleaning Process
• Sealant and Coating Removal
• Expedite Commercialisation of DED Processes
  
  
  

Adaptive Machining

• Rapid Collection of Data for Adaptive Processes
• Automatic Toolpath Generation for Distorted Components
• Adaptive Robotic and Automation Systems for MRO Applications
• Automation of Repair Processes via M2M Communications

Industrial applications

• Adaptive Pre- and Post-Processing for MRO Applications
  
• Adaptive Mechanical Material Removal