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The numerical control system and hydraulic components are the key core components that determine the processing accuracy and operational stability of woodworking equipment. Many equipment manufacturers in the industry adopt a scattered purchasing model, resulting in a wide variety of component types and inconsistent specifications, which can easily lead to compatibility issues. This not only increases the potential risks during equipment operation but also makes the subsequent troubleshooting, maintenance and repair processes cumbersome.

Safe mechanical operation in the board workshop is a top priority of production management. Non-standard operations can easily lead to work-related injuries and equipment damage. Drawing on experience from hundreds of implemented projects, Jurui has formulated safety specifications for equipment operation and factory production management systems, and shared standardized operating guidelines with partner customers.

The cutting machine is a core equipment commonly used in the light industry processing field. It is widely applied in industries such as leather, textiles, packaging, rubber and plastic, and box bags. According to the driving method, structural style, and cutting process, it can be divided into various types. Different types of cutting machines have different performances and are suitable for different processing conditions.

Hydraulic cutting machines are core equipment for processes such as veneer processing, plate cutting, and thin film slitting. Prolonged high-load operation tends to cause problems including unstable pressure, cutting deviations, oil leakage, and jamming. Proper maintenance of hydraulic cutting machines ensures stable cutting accuracy, reduces failure frequency, and effectively extends service life.

Multi-industry precision cutting core equipment - hydraulic cutting machine In various light industry and industrial fields such as wood veneer, automotive interior, packaging and printing, hydraulic cutting machines have become indispensable core equipment in mass production due to their stable power output and high-precision cutting performance. They convert hydraulic energy into mechanical kinetic energy through a hydraulic system, with a nominal cutting force ranging from 50 to 200 tons and a cutting height of 80MM. They can flexibly adapt to cutting various materials with thicknesses ranging from 0.2 to 2mm, meeting the cutting needs of different industries.