OEM Agricultural Machinery Parts & Cast Iron Components

In the precision machining industry, we discuss the feasibility of product projects with customers, starting from a sheet of drawing. The drawing carries all the information of the workpiece, and its dimensions, tolerances, and machining methods including details of the customer's product, which is also the key to measuring whether we would undertake this project or not. "Machining according to the drawings" is a common practice in the metalworking industry. To know whether the machining is actually according to the drawings, measurement is a necessary procedure. Through measurement, we can know whether the workpiece is within the range of geometric tolerance, surface tolerance, and position tolerance, and meet the product quality requirements of the customers.

In the field of precision machining, there are many factors that can affect the yield of finished products; human factors are one of them. How to reduce the impact of human factors on yield is the focus of what we’ve improved in the past. In recent years, we have imported the online measurement system and established an automatic production line, which has successfully reduced the impact of human factors on the yield of finished products.

CATIA was developed in the 1980s by French software design company Dassault Systèmes S.A. It was originally used for aircraft manufacturing and later expanded to other product design applications, including automobile, vessel, and other consumer goods. With technology developing, the application of CATIA has been spread to the aviation, national defense, transportation, high technology, industrial equipment, construction, and biomedical industries.