Shaft parts are one of the important components used in industrial products, mainly used to support transmission parts, transmit torque, and bear loads.

Their dimensional accuracy is directly related to the service life and transmission precision of shaft-type machinery. Therefore, during the production process, it is necessary to measure the positions of shaft parts such as outer cylindrical surfaces, conical surfaces, inner holes, and threads to ensure the product quality of shaft parts. In the actual operation of measuring batch shaft parts, many industrial practitioners have found that compared with traditional dimensional error measurement methods, coordinate measuring machines are more capable of meeting the measurement needs of factories for batch shaft parts with high precision requirements, while also greatly reducing the labor costs of manufacturers.

Preferred solution

Based on this demand for high-precision and high-efficiency dimensional measurement, Lihe Precision's fixed-bridge coordinate measuring machine is equipped with a high-performance control system. Through non-contact continuous scanning technology, it can complete the collection of thousands of points in a few seconds, increasing efficiency several times. It has raised efficiency, precision, data collection, and analysis to a new level. With ultra-high point density, it completely and accurately reflects the actual processing status of shaft parts.

Measurement testing is the technical guarantee for quality control in manufacturing and an important link in the finished product acceptance process. Lihe Precision's fixed-bridge coordinate measuring machine, relying on its two strong technical strengths of high precision and high speed, is fully capable of meeting the inspection needs of shaft parts and helping manufacturers improve their quality control capabilities.