On September 7, 2018, Wenze teamed up with partner Chongqing Chiheng Technology Co., Ltd. to share and discuss the German Wenze Aviation Industry Measurement Solution with customers at Crowne Plaza Chongqing Riverside.
With the rapid development of China's aviation industry, the requirements for product quality and quality are more stringent. In particular, the development of large aircraft will certainly absorb a large number of high-quality testing tools companies to serve them, and also challenge the development of the testing industry. Provides a rare opportunity for development. In the manufacture of high-quality products, compared to the traditional three-axis or four-axis measurement technology of the coordinate measuring machine, the five-axis measurement technology using Wenze's coordinate measuring machine can reduce the measurement error and ensure the product. Accuracy and quality to meet the needs of design and manufacturing.
So what is the difference between the three-axis or four-axis measurement technology of the CMM and the five-axis measurement technology of Wenze's CMM? Wenze's CMM five-axis measurement technology adapts to higher production beats, and the traditional three Compared with the axis measurement, the measurement efficiency can be increased by 5-10 times; the detection speed can reach 500mm/sec, the more efficient point measurement capability is 10 times that of the general 3-axis scan, and its data acquisition is 6000 points/sec. The efficiency can be increased by 30 times; the measurement is more accurate, and the error caused by the three-axis motion is effectively reduced; it has better flexibility, spatial stepless indexing, and the measurement can be completed in any vector direction, and the stylus angle does not need to be separately calibrated; Wenze's five-axis measurement technology also enables full-scale measurement, 100% measurement coverage, and extends to extremely complex measurement features. Wenze's CMM 5-axis measurement technology solution is truly aerospace. Aerospace companies provide high flexibility, high precision, and efficient inspection services.
Traditional coordinate measuring machines face many challenges in the contour measurement of turbine blades and other complex geometric surface measurements in aerospace manufacturing: compact structure, needle space is cramped, stylus is easy to interfere; programming is difficult; calibration stylus The number is huge, the time is long; the position of the parts is inconsistent during programming and measurement, the stylus is not used, and the measurement efficiency is extremely low. The temperature of the five-axis scanning measurement system CORE of Wenze Optical can easily solve many of the above measurement problems by using white high-speed scanning technology. Optimized for such product features with high measurement technical requirements and efficiency requirements, it can accurately measure small radius objects without the need for probe radius compensation. It can also directly measure mirror objects without any surface treatment of the object, ie It can directly measure very bright objects. It can also accept a wide range of incident light angles, the incident light angle can be as low as 5° and still can be measured. At the same time it has ultra-high resolution, the spot diameter is 35μm, and the surface of the object can be found. The smallest flaw. It provides a new measurement solution for today's efficient manufacturing companies. CORE design In order to synchronize the detection and production, it is located in the production type measuring equipment. The application in the production environment can greatly shorten the time required for product inspection and complete the high-efficiency and complete inspection task.
Wenze has always focused on metrology and inspection technology, and continues to provide innovative measurement and detection solutions for the market. Wenze also hopes to bring more and more advanced aerospace testing solutions to users through this event, helping users achieve high flexibility. Sex, high precision, high efficiency detection.