Research significance of mechatronics

Release time:

May 04,2023

Mechatronics products generally have functions such as automatic monitoring, alarm, automatic diagnosis, automatic protection, and interlocking control. These functions can avoid personal injury and equipment accidents, and improve the reliability of the equipment.

research significance

With the rapid development of mechatronics related technologies, the appearance of mechatronic products is more humanized, the function is more powerful, the volume and weight are lighter, and the reliability is higher. Compared with traditional electromechanical products, electromechanical integration products have the following advantages:

(1) Function enhancement and wide application

The remarkable feature of mechatronics products is to break through the limitations of single technology and single function of traditional mechanical and electrical products, and integrate a variety of technologies and functions to make them more powerful. Moreover, it can adapt to different occasions and different fields, and has a strong adaptability to meet the needs of users.

(2) the accuracy is greatly improved

Mechatronics technology simplifies the mechanism, reducing the transmission components, so that the mechanical wear, with and force deformation caused by the error is greatly reduced, at the same time, due to the use of computer detection and control technology to compensate and correct the dynamic error caused by a variety of interference, so as to achieve a purely mechanical technology can not achieve the accuracy of the work.

(3) Increased reliability

(4) Change of operation

Mechatronics products using computer program control and digital display, with a good man-machine interface, reducing the operation of buttons and handles, changing the operating performance of the equipment, reducing the operator training time, thus greatly simplifying the operation.

(5) Increased flexibility

The so-called flexibility means that software can be used to change the working procedure of the machine to meet different needs. For example, industrial robots have more degrees of freedom of movement, and the gripper part can be replaced by different tools, and the motion trajectory and motion posture can be changed by changing the control program to adapt to different job requirements.

(6) Production capacity and work quality improvement

Research on modeling and simulation technology of mechatronic design based on virtual prototype.

Mechatronics Technical Support

Maintenance of electric drill

Mechatronics Technical Support

Maintenance of electric drill

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