Technology Transfer
Diamond Coating
Diamond coating on machining tools with superior hardness and wear resistance for enhancing the lifetime and the efficiency of CFRP composite machining
Advantage
- Superior hardness
- High wear-resistance
- Low friction coefficient
- Can withstand higher temperature than conventional DLC
Diamond Coating
- Laser-assisted Stamping Technology
- Dual Laser Metal Polishing Technology
- Plasma Polishing Technology
- All-in-one Automatic Complete Watch Components Assembling Machine
- Artificial Intelligence (AI) Assisted Failure Analysis System Based on Fracture Images Recognition
- Super hard Diamond Coating for Machining Tools
- Intelligent System for Automatic Painting
- Customer Service Robot
- Unmanned Warehouse
- Multi Jet Fusion 3D Printing
- Eye-in-hand QC Robot
- Voice Communication Plug-in
- Hybrid Laser Energy Deposition and Milling (HLEDM)
- Robot-assisted Incremental Forming
- 3D Ceramic Printing
- Metal Binder Jetting Technology
- Hybrid Moulding Technologies with Effective Adhesion/Bonding Mechanism
- Composite Forging Technology
- Graphene-based Inks for Wearable Gas Sensor
- Automatic Detection Technology of Plastic Injection Moulding Defects
- Diamond-Like Carbon (DLC) Nanostructured Low-Friction Coating
- Industry 4.0-based Digitalisation Technology for Metal Stamping Process
- Visible Light Photo-catalytic Antimicrobial Coating
- Diamond Coating
- Atomic Layer Deposition Technology for High Value Components
- 3D Glass Printing Technology for Innovative Product Development
- Case Sharing: Customer to Manufacturer - Mass Customisation
- Smart Platform for Sensor Network System for Data Visualisation
- Industry 4.0 Hand-held Digital Lean Analyser
- Low temperature metal-plastic Overmoulding Technology
- Advanced carbon composite processing technology
- Laser-Assisted Progressive Forming (LAPF) Process
- PU-thermoplastic and LSR-thermoplastic overmoulding technology
- Intelligent Bra Cup Production System
- Defect Recognition Support System for Aviation Industry
