What is a visual vibration knife control system

Vibration knife is a modern CNC cutting equipment equipped with an intelligent control system. Its principle is to quickly complete cutting and processing by vibrating the blade up and down at a very high frequency. Under the command of the control system, the vibrating knife has high precision and fast processing speed, and is widely used in non-metallic material cutting and processing.

The visual vibration knife control system combines visual recognition technology. The control system can quickly identify the processing area and start processing by analyzing and judging the captured images. Compared to ordinary vibration knife control systems, the visual vibration knife system has a higher degree of automation, greater flexibility, and significantly improved processing efficiency.

According to the scope of visual recognition, the visual vibration knife control system can be divided into a large visual vibration knife control system and a small visual vibration knife control system. The large visual vibration knife control system needs to be used in conjunction with a digital SLR camera, which has a wide visual recognition range and can usually cover the entire machine; The recognition range of the small visual vibration knife control system is relatively small, and it can only cover a partial area below the camera, unable to see the overall machine.

The large visual vibration knife control system and the small visual vibration knife control system correspond to different visual recognition capabilities. After recognizing the patterns on the material, the large visual control system can determine which parts need to be processed according to the feature parameters set by the operator, and automatically complete the processing task.

Due to the inability to see the entire machine, the small visual control system requires positioning point assistance. By identifying the pre drawn positioning points on the material and calculating the corresponding processing range based on the positioning position, this visual recognition technology that uses positioning point assistance for processing is also known as the Mark point positioning function.

The two visual systems correspond to different processing requirements. The large visual system can directly recognize existing material patterns and adjust the plan according to the material situation. It has strong flexibility and is suitable for processing materials such as wrinkled fabrics and wool. The small visual system calculates the processing range with high accuracy and is suitable for various conventional processing needs.

Overall, both types of visual vibration knife control systems have their own advantages. The large visual control system is flexible and convenient, while the small visual control system is fast and accurate. The main difference lies in the applicable scenarios and processing objects, and how to choose depends on specific processing needs.