Schools and enterprises join hands to shape the future

On March 8, 2024, teachers and students from Ma'anshan College visited Jiangsu Jicui Intelligent Manufacturing Technology Research Institute Co., Ltd. for visits and exchanges.

On March 8, 2024, teachers and students from Ma'anshan College visited Jiangsu Jitri Intelligent Manufacturing Technology Research Institute Co., Ltd. for visits and exchanges.

In order to deepen students' understanding of the application fields of the robot industry, professional knowledge is combined with actual products. IIMT invited Liu Jizhan, deputy dean of the School of Agricultural Engineering of Jiangsu University, to conduct special training on "1+3 for the development of agricultural robot industry technology" for visiting students.

After the training, the marketing director of IIMT led the teachers and students of Ma'anshan College to visit IIMT's exhibition hall and manufacturing factory, and introduced in detail the development history, product categories, patented technologies and other information of IIMT. Both the school and the enterprise conducted a discussion In-depth communication and learning.

In the IIMT Exhibition Hall, the students had a strong interest in robotics technology and products. They had an in-depth experience in the operation of IIMT robot products, and had professional and technical discussions and interactions with on-site personnel. The atmosphere was very active. In the IIMT workshop, the clean and tidy working environment left a deep impression on the students, and many students expressed their willingness to work after graduation.

As a representative enterprise in the robot industry, IIMT Robot adopts high power density ratio drive and control integrated joint modules, modular design, ready to install and use; self-developed DC frameless same-service motor design and drive control, no inductive current collision The detection and safety prevention mechanism ensures the dual safety prevention mechanism of personnel and equipment to ensure the integration and safety between robots and people; complex dynamics modeling and dragging teaching trajectory reproduction develop body curve high-order space trajectories Planning algorithm to achieve drag-and-drop teaching and accurate trajectory reproduction.

It is simple to operate, highly flexible and adaptable, and can be used in industrial manufacturing scenarios such as precision machining, polishing and grinding, assembly, machine tool loading and unloading, palletizing, handling, and sorting.