Introduction
In the face of severe global competition, the profit margin of traditional metal products manufacturing with materials such as steel and aluminum is decreasing. In the meantime, most traditional manufacturing methods can no longer meet the requirement of value-added products nowadays in terms of functionality, microstructures, surface characteristics, etc. Novel technologies not only achieving much higher precision, functionality, surface smoothness, advanced machining and surface structuring technologies, but also enable processing of new materials such as hardened alloys, ceramics, glass fiber, and composite materials with well-enhanced strength, thermal properties, wear resistance and other desirable functional features, for example anti-bacteria, water repelling and lightweight. Hong Kong Productivity Council (HKPC) is to present a series of conference and seminars to disseminate the applications of new machining & surface structuring technologies, as well as the corresponding investment, operation costs and new business opportunities to the local industries.
What Contents Are Going To Be Covered？
- Micro Machining and Nano Processing Technologies
- Ceramics Surface Structuring Technologies
- Hybrid Machining Technologies
- Laser-Based Processing and Surface Treatment Technologies
- New Business Opportunities
- Value-Added Applications
- Desirable New Features
Enrollment & Details
5 major events providing industrialists the all-round technological knowhow and applications for exploring new manufacturing opportunities
- International Conference on “Exploring Manufacturing Opportunities of Value-Added Products with Advanced Machining and Surface Structuring Technologies for New Materials”
- Seminar on “Micro Cutting, Ablation and Electrochemical Machining Technologies for Micro Components Fabrication, Fine Surface Finishing and Effective Functional Surface Structuring”
- Seminar on “Hybrid and Ceramics Machining Technologies for Thermal Expansion Optimisation Chip Control and Surface Quality Enhancement of Alloys and Ceramics”
- Seminar on “Laser Based Thermal Coating and Surface Treatment Technologies for Wear Resistance Enhancement, Erosion Prevention, Insulation Advancement and Flexible Regeneration”
- Seminar on “Direct Laser Interference Surface Patterning for Anti-Bacteria Applications, Cell Adhesion Control, Wear Reduction, Self-Cleaning and Product IP Protection”
Inquiry
Ms. Karen Ching
Tel：+852 2788 5053
Email：karenching@hkpc.org
Mr. Brian Ng
Tel：+852 2788 5516
Email：brianng@hkpc.org