Zero Point Locator Base Board: precise positioning mechanism under pneumatic drive

1. Initial state of Zero Point Locator Base Board
The initial state of the Zero Point Locator Base Board is the basis of its precise positioning function. In the absence of ventilation, the spring sheet inside the baseplate is in a compressed state, providing a certain clamping force. This clamping force makes the clamping disc fit tightly together and in a closed state. This design not only ensures the stability of the baseplate when it is not in use, but also avoids the entry of external impurities or dust, thereby extending the service life of the baseplate.

The selection and manufacturing process of the spring sheet are crucial. They need to have sufficient elasticity and durability to maintain a stable clamping force during long-term use. At the same time, the shape and size of the spring sheet also need to be accurately calculated and tested to ensure its perfect fit with the clamping disc.

2. Positioning process under pneumatic drive
When the workpiece needs to be positioned, the Zero Point Locator Base Board is achieved through a pneumatic drive mechanism. Pneumatic drive is an efficient and reliable power source that uses the expansion or compression of compressed air to generate power. In the Zero Point Locator Base Board, the pneumatic drive mechanism controls the opening and closing of the internal spring to open and close the clamping disk.

When the air pressure acts on the baseplate, the internal spring is pressed and opened, and the clamping disk opens accordingly. At this time, the rivet can be easily inserted. The rivet is one of the key components of the zero-point positioning system. It realizes the precise positioning of the workpiece by cooperating with the clamping disk. The design of the rivet usually has precise size and shape to ensure its close fit with the clamping disk.

After the rivet is put in, the air pressure is released, and the spring sheet returns to the compressed state, providing a strong clamping force to firmly clamp the rivet and the workpiece in the clamping disk. This clamping force not only ensures the stability of the workpiece, but also avoids errors caused by vibration or impact during processing or measurement.

3. Technical advantages of Zero Point Locator Base Board
The reason why the Zero Point Locator Base Board can be widely used in the fields of industrial automation and precision manufacturing is mainly due to its unique technical advantages. First of all, its pneumatic drive mechanism is efficient and reliable, and can quickly and accurately realize the positioning of the workpiece. Secondly, the design of the spring sheet and the clamping disc has been precisely calculated and tested to ensure the high precision and stability of the base plate. In addition, the zero point positioner base plate also has the advantages of easy installation and convenient maintenance, which reduces the operating costs of the enterprise.