Granite precision measurement equipment has ushered in a new era of precision for which industries in the industrial field.

Granite precision measurement equipment has ushered in a new era of precision for the following industries in the industrial field:

1. Aerospace industry

• Component manufacturing: In the production of aerospace components such as turbine blades and aircraft structural parts, extremely high precision is required. Granite precision measurement equipment, with its excellent stability and low thermal expansion coefficient, can accurately measure the complex shapes and precise dimensions of these components. For example, when measuring the aerodynamic profile of turbine blades, it ensures that the manufacturing accuracy meets the strict requirements for flight performance and safety.
• Assembly alignment: During the assembly of aircraft fuselages and large - scale aerospace structures, granite - based measurement equipment helps in precisely aligning parts. Its high - precision measurement capabilities ensure that the assembled structures have the correct spatial relationships, which is crucial for the overall aerodynamic performance and structural integrity of the aircraft.

2. Semiconductor industry

• Wafer manufacturing and inspection: Semiconductor wafers require extremely high - precision dimensional and flatness control. Granite precision measurement equipment, due to its high - stability and anti - vibration properties, can accurately measure the thickness, flatness, and pattern dimensions on wafers. This is essential for ensuring the proper functioning of integrated circuits fabricated on these wafers.
• Mask production: Masks used in photolithography processes need to have extremely precise patterns. Granite - based measurement tools can accurately measure the mask patterns, ensuring that the subsequent photolithography steps can transfer the correct patterns onto the wafers, which is critical for the miniaturization and high - performance requirements of semiconductor devices.

3. Precision machinery manufacturing

• Machine tool manufacturing: In the production of high - precision machine tools, granite precision measurement equipment is used to measure the key components such as guides and spindles. It helps in ensuring that these components have the correct geometric accuracy and dimensional tolerances, which in turn affects the overall machining accuracy of the machine tool.
• High - end automotive parts manufacturing: For components like engine cylinder blocks, transmission gears in high - end automobiles, granite precision measurement equipment can accurately measure the internal and external dimensions, surface roughness, and form tolerances. This ensures that these parts fit precisely and operate smoothly, contributing to the overall performance and durability of the vehicle.

4. Optical instrument manufacturing

• Lens and mirror production: In the manufacturing of optical lenses and mirrors, precise measurement of curvature, thickness, and surface flatness is necessary. Granite precision measurement equipment can provide accurate measurements, ensuring that these optical components have the correct optical properties. For example, in the production of large - diameter astronomical telescope mirrors, it helps in achieving the required surface accuracy for optimal light collection and imaging.
• Optical instrument assembly: When assembling complex optical instruments such as microscopes and spectrometers, granite - based measurement tools ensure that the optical components are correctly aligned. This is vital for the proper functioning of these instruments, enabling accurate observation and analysis in scientific research and industrial applications.

5. Medical device manufacturing

• Orthopedic implant production: In the manufacturing of orthopedic implants such as hip joints and knee joints, granite precision measurement equipment is used to ensure that the implants have the correct shape and size to fit the human body precisely. This is crucial for the successful implantation and long - term functionality of these devices.
• Medical imaging equipment component manufacturing: For components in medical imaging equipment like CT scanners and MRI machines, precise measurement is required to ensure accurate imaging. Granite precision measurement tools help in manufacturing these components with high precision, contributing to the high - quality imaging capabilities of these medical devices.