Applications

In the process of wafer processing, chip packaging, etc., granite components are used for precise positioning and calibration to ensure the accuracy and stability of processing. ‌

‌Uuclear magnetic resonance instrument, CT scanning equipment, ‌ ultrasonic detector, using granite base and supporting components, no magnetization phenomenon, acid and alkali corrosion resistance, the physical characteristics are very stable, can reduce vibration and electromagnetic interference to ensure the accuracy of the scan ‌ and the reliability of the test results.

In the design, manufacture and testing of aircraft, granite components are precisely detected and assembled by measuring instruments to ensure high precision and stability.

Platform measurement, image measurement, three-dimensional coordinate measurement, using granite platform or gantry structure, installing measuring instruments and precision sensor probes, displacement measurement system (such as grating ruler) through the data processor to calculate each point of the workpiece (x, y, z), the product's concentricity, geometric accuracy and contour accuracy measurement. Widely used in precision manufacturing, automotive, aviation industry, blade, crankshaft, CAM size detection.

It adopts the main structure of granite gantry, equipped with CCD image and 3D structured light vision camera, magnetic linear motor module, and performs assembly, appearance defect detection and step difference detection of screens and precision parts of smartphones, tablets, mobile phones and watches. Ensure product accuracy and product qualification rate.

It uses granite bases and columns, and cooperates with high-speed spindles or lasers to perform precision engraving, drilling, and cutting of various metal and non-metal materials. It is widely used in medical equipment, aviation parts, precision molds, and electronic circuit industries.

Using granite base, column and beam to form XYZ triaxial coordinates, maglev linear motion system combined with CCD industrial vision camera, accurate positioning, assembly, size detection and so on.

Large-sized granite bases and beams are used, and multiple high-speed spindles and precision guide rails are assembled to drill holes on the circuit board for electrical connections, component installation and heat dissipation.

The granite base is used as the basis of the equipment, and a high-precision image positioning system and a nano-scale motion platform (position repetition accuracy ±50nm) are set up to ensure accurate flatness and vibration isolation. The automatic calibration of the coupling system improves the coupling efficiency of multiple devices in complex optical paths, and realizes the long-distance transmission and conversion of optical signals and electrical signals.