High-precision Coordinate Measuring Machine

Zhongtu Instrument's High-Precision Coordinate Measuring Machine utilizes advanced measurement technology and precision sensors, combined with an accurate mechanical structure and temperature compensation system, ensuring high accuracy and excellent repeatability. In continuous production processes, the highly repeatable coordinate measuring machine delivers consistent results during ongoing measurements. By ensuring the accuracy of each measurement, it helps enterprises reduce material waste and associated costs.

The High-Precision Coordinate Measuring Machine supports a trigger probing system, capable of inspecting the dimensions, shapes, and positional relationships of various components. Whether dealing with complex three-dimensional shapes or subtle dimensional differences, each measurement achieves micron-level accuracy, enabling strict quality control of products.

Main Features
1. All three axes use granite guides with low thermal expansion coefficients, providing the machine with excellent temperature adaptability and resistance to aging deformation.
2. An enclosed air-flotation layout ensures efficient and stable operation while maintaining high precision.
3. Key components are integrally cast, offering lightweight construction, high strength, and improved machine accuracy and motion stability.
4. The Z-axis employs a flexible balancing system to reduce frictional resistance and enhance Z-axis motion accuracy.
5. High-precision, high-resolution grating scales ensure the machine's accuracy and long-term stability.
6. A high-rigidity transmission method guarantees smooth and rigid machine operation.
7. The open worktable provides excellent load-bearing capacity and a broad measurement field of view.
8. A pneumatic detection safety device continuously monitors the Z-axis to prevent dropping due to air supply interruption, ensuring the safety of the probe and measuring head.

Application Areas
Used for measuring large parts in mechanical manufacturing, automotive, aerospace, shipbuilding, heavy industry, military, wind power, new energy, and other sectors; as well as small to medium-sized parts in 3C and tool prototyping. It covers the measurement of boxes, frames, gears, cams, turbines, worms, blade curves, and surfaces. It enables precise inspection of workpiece dimensions, shapes, and geometric tolerances, fulfilling tasks such as process control, quality control, and reverse engineering.