Application of German SKL bearing in forging machinery industryApplication of Ge

Industry application overview
Forging machinery refers to the mechanical equipment used for forming and separating in the forging process. Forging machinery includes forging hammer, mechanical press, hydraulic press and other machinery for forming. Forging machines are mainly used for metal forming, so they are also called metal forming machines. There are heavy loads, high temperatures, dust pollution, humidity, impact loads, etc. in the operating conditions. SKL is committed to providing customers with high-quality spare parts and solutions, so that customers can achieve high reliability at a lower cost of ownership and operation.
Typical equipment conditions in the industry
Forging hammer is a machine that works on the blank by the kinetic energy generated by the heavy hammer falling or forced high-speed movement to make it plastic deformation. Forging hammer is the most common and oldest forging machine. It has simple structure, flexible work, strong versatility, wide use, easy maintenance, and is suitable for free forging and die forging. However, it is difficult to realize automatic production due to large vibration. The working condition of forging hammer has severe challenges such as heavy load, high temperature, dust pollution and high impact load.
The mechanical press is driven by crank and connecting rod or elbow mechanism, cam mechanism and screw mechanism, which is stable in operation, high in accuracy, good in operating conditions, high in productivity, easy to realize mechanization and automation, and suitable for working on automatic lines. Mechanical presses account for the largest proportion in the field of forging machinery in terms of quantity. The working condition of the press has challenges such as heavy load and high temperature.
Hydraulic press is a forging machine that transmits working pressure with high-pressure liquid oil, emulsion, etc. The stroke of the hydraulic press is variable and can send the maximum working force at any position. The hydraulic press works stably without vibration and is easy to reach a large forging depth. It is most suitable for the forging of large forgings and the drawing, packing and pressing of large size plates. Hydraulic press mainly includes hydraulic press and hydraulic press. Some bending, straightening and shearing machines also belong to the hydraulic press. The hydraulic press has adverse working conditions such as heavy load, high temperature and humidity.
SKL's various specialized bearing products help to improve the performance of the forging mechanical system. Common types of forging machinery bearings: deep groove ball bearing, angular contact ball bearing, thrust ball bearing, cylindrical roller bearing, tapered roller bearing, self-aligning roller bearing, four-point contact ball bearing, stainless steel bearing.
Industry application examples
Shenyang Machine Tool Co., Ltd. is a typical customer of SKL bearings in the forging machinery industry. Shenyang Machine Tool Co., Ltd. was established in 1995 after restructuring the assets of the former Shenyang First Machine Tool Factory, Zoje Friendship Factory and Shenyang Third Machine Tool Factory. Since 2004, Yunnan Machine Tool Factory has been restructured through the merger and acquisition of German Xiduan Company. Holding Kunming Machine Tool Factory. Three major industrial clusters have been formed in Shenyang, Kunming, China and Avis Reuben, Germany, forming a new layout across regions and borders.
The HTC40 series horizontal CNC lathe of Shenyang Machine Tool Co., Ltd. is a high-performance product developed in combination with market needs, which can complete efficient and high-precision machining of various shaft and disc parts. There are economic and reliable E series products, and B series products with outstanding rigidity, with a variety of configurations for customers to choose from. The deep groove ball bearings and angular contact ball bearings used on the lathe are all provided by SKL bearings, which improves the system performance of the lathe.