Whether it is the measurement of precision parts or complex surfaces, the bridge-type CMM can give accurate measurement results. Its high-precision measuring system and stable structural design greatly improve the accuracy and reliability of measurement. In the field of industrial manufacturing, CMM with bridge structure can be used not only for quality inspection of parts, but also for precise control of mold manufacturing and machining.
Compared with other types of measuring equipment, CMM with bridge structure can measure multiple measuring points at the same time, which greatly improves the measuring efficiency. The bridge coordinate measuring machine can meet the demand and ensure the speed and accuracy of measurement, whether it is single-piece measurement or batch measurement. Therefore, it is widely used in automobile manufacturing, aerospace, electronic appliances and other industries, providing important support for industrial production.
In addition, no matter small parts or large structures, the CMM with bridge structure can meet the measurement requirements. Its spacious measuring space and flexible measuring platform enable the measuring machine to accurately measure objects of various sizes. Therefore, the bridge coordinate measuring machine has advantages in the measurement of aircraft parts and the accurate calibration of large-scale mechanical assembly in the aerospace field.
Coordinate measuring machine is a kind of high-precision and high-efficiency measuring equipment, which is widely used in various fields of manufacturing. The measurement and control part includes key components such as controller, probe and base, which has an important influence on the performance and stability of the whole measuring machine. Mars coordinate measuring machine is a mobile bridge coordinate measuring machine designed and produced by China Library, with high cost performance. The controller, probe, base and software are independently developed, safe and controllable, and are widely used in various fields of manufacturing.
The characteristics of the three coordinates of the bridge structure are 1. Granite guide rails with low thermal expansion coefficient are used in all three axes, and the machine has good temperature adaptability and anti-aging deformation ability.
2. The peripheral air flotation layout makes the machine run efficiently and stably, while maintaining high precision.
3. The key parts are integrally cast, with light weight and high strength, which improves the accuracy and motion stability of the machine.
4. The Z-axis adopts a flexible balance system to reduce friction resistance and improve the motion accuracy of the Z-axis.
5. Adopt high-precision and high-resolution grating ruler to ensure the high precision and long-term stability of the machine.
6. High rigidity transmission mode ensures the stability and rigidity of machine transmission.
7. Open workbench with good bearing capacity and wide measuring field of vision.
8. Air pressure detection safety device, constantly monitoring the Z axis will not drop due to exhaled air to ensure the safety of the base probe.