National Chung Cheng University

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CULTIVATION

Advanced Institute of Manufacturing with High-tech Innovations (AIM-HI) founded in 2011 is the unique research center based on the machine tool and precision manufacturing in the all sprout projects of the Ministry of Education. During the research history of 25 years, AIM-HI based on the field of advanced manufacturing system in National Chung Cheng University aims to integrate the key technologies among the capital communication, electric engineering, control system, and mechanical engineering and develop intelligent manufacturing system of new generation.

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Promotion Goals & Overall Status

Special Research Area

Overall and Annual Goals

Strategies for Achieving Project Goals

COLLABORATIONS

Industry–Academia Collaboration

Through long-term collaboration with the industry, AIM-HI has successfully transformed academic research results into key technologies to be applied in the industry. To further strengthen the industry–academia collaboration tie, AIM-HI invites prominent domestic leaders in this industry to form an advisory board and holds regular meetings to discuss the current statuses and future developments of precision machinery, thereby reaching consensus between the industry and academia and narrowing the gap between academic training and industrial applications.

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Planning Industry–Academia Collaboration

Testing Services

Research Projects Based on Industry–Academia Collaboration

Training Courses

VALUE-CREATED

In this project, the special gear processing software was developed to calculate the cutting path. The traditional mechanical gear generator was replaced with CNC multi-axis synchronous technology. The CNC gear generator with high flexibility was utilized to process all kinds of special gear teeth and dress the gear precision by control feedback and compensation. Conversational human-machine interface has contribute to simplification of modification program and operator. It can not only save the cost on the expensive modified mechanism and compensation device, but also increase the processing efficiency and production capacity compared to the conventional gear machine.

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