Capabilities

We use equipment such as coordinate measuring machines and 二次元测量仪 to accurately measure the linear dimensions, hole diameters, shape errors, and position errors of parts. In the production of automotive engine components, by strictly inspecting the dimensional accuracy of key parts such as crankshafts and pistons, we ensure the fitting accuracy between parts, improving the performance and reliability of the engine.

We utilize tools such as surface roughness testers, Keyence profilometers, and industrial magnifying glasses to inspect the surface roughness, micro-defects, and contour shapes of parts. In the aerospace field, the inspection of the surface quality of aircraft structural parts is particularly important. Even minor surface defects can affect flight safety. Our inspection equipment can accurately detect these potential problems, ensuring the safe operation of aircraft.

We use Rockwell hardness testers and Leeb hardness testers to detect the hardness of metal materials and spectrometers to analyze the chemical composition of metal materials. In the mechanical manufacturing industry, ensuring that the material properties meet the requirements is the basis for guaranteeing product quality. Through these inspection methods, we can

In the component inspection service provided for an automotive manufacturing enterprise, through strict inspection of the dimensional accuracy, surface roughness, and hardness of automotive transmission gears, we found that some gears had dimensional deviations and surface quality problems. After joint analysis with the customer, we determined that the problem was caused by worn processing tools and unreasonable process parameters. We assisted the customer in adjusting the processing process, replacing the tools, and strengthening quality control during the production process, increasing the pass rate of subsequent produced gears from 85% to 98%, effectively improving the performance and reliability of the automotive transmission.

For the production project of aircraft engine blades of an aerospace enterprise, we established a full-process quality control system from raw materials to finished products. During the raw material inspection stage, the spectrometer detected that the chemical composition of some titanium alloy raw materials did not meet the standard requirements, and we promptly replaced them, preventing non-conforming materials from entering the production process. During the blade processing process, we used a coordinate measuring machine and a surface roughness tester to monitor the profile accuracy and surface quality of the blades in real-time and adjusted and improved the quality problems found in a timely manner. Through strict quality control, the first-time pass rate of the produced engine blades in this project exceeded 95%, meeting the extremely high quality requirements of the aerospace field.