The design and manufacture of free-form surfaces and micro-optical devices in optical and communication products are mainly involved in and under way with the Hong Kong Government Innovation and Technology Fund of HK$ 7.8 million.

Numerical control program optimization and machining error compensation technology based on virtual machining, national defense basic research, 600 thousand, mainly involved, in progress

Research on Virtual Machine Tool and Virtual Inspection System for Machining Precision Optical Products with Ultra-precision Single Crystal Diamond Lathe, with a total investment of HK$ 3.8 million, was mainly completed by the Research Committee of Hong Kong Government University.

Harbin Institute of Technology engineering CAD/CAM supporting software experimental teaching environment, 40,000 yuan, presided over.

Research on supporting technology of advanced manufacturing workshop, 750,000 yuan from Aerospace Science and Industry Group, mainly participated in the completion.

Research on coating hardness testing technology, supported by National Natural Science Foundation of China, with 65438+200,000 yuan, mainly participated in the completion.

Research on modeling and description theory of machining quality prediction in virtual manufacturing, the General Armament Department, 80 thousand, mainly participated in the completion.

Research on on-line detection and compensation technology of boring error, Hong Kong Polytechnic University, HK$ 600,000, responsible for completion.

Research on intelligent detection technology of tool condition, supported by national defense fund, 250 thousand yuan.