No Compromise on quality!

Beijing Jingdiao Company Ltd has collaborated with Renishaw as its business has continued to grow over the years, with the two companies working together to open up new pathways to innovation and deliver superior quality.

Based in China, Beijing Jingdiao Company Ltd (Jingdiao) specialises in the R&D and manufacture of high speed small cutting tool machines. They currently operate several dozen Renishaw laser interferometers, ballbars and rotary axis calibrators, which are used in the development of new products and refinement of manufacturing processes. Jingdiao’s CEO Huang Shan explains, “We chose Renishaw products when our company was first founded because we admired their brand values and product performance. We compared precision calibration equipment, including laser interferometers and ballbars from a number of brands on the market, and found that of all the comparable products, Renishaw offered the most consistent performance and the most widely recognised measurement results.”

A discerning eye and uncompromising standards

‘Working with a sculptor’s precision’ is a fundamental part of Jingdiao’s corporate DNA, so product quality has always been the first order of business. The company has put this philosophy into practice by procuring the most advanced measurement and testing equipment and instrumentation to ensure product quality, even in the early stages of Jingdiao’s development when funds were limited. This arsenal of advanced equipment and instrumentation includes Renishaw’s laser interferometers and ballbars, which are used to assess the precision of machining centres. Using world-leading machinery calibration equipment like the XL-80 laser interferometer and QC20-W telescoping ballbar has enabled Jingdiao to maintain strict control over product quality. Moreover, both laser interferometers and ballbars are equipped with a variety of dynamic testing features and fault analysis functions, which provide a wealth of invaluable data for use in new product R&D and the improvement of manufacturing processes for existing products.