Views: 0 Author: Site Editor Publish Time: 2025-09-30 Origin: Site
In the field of hose processing, the stability, precision and convenience of equipment directly determine production efficiency and product quality. The KM-81A-51 Hose Crimping Machine has become a highly favored processing equipment in the industry through a number of core upgrades, providing a reliable solution for various types of hose connection processing.
The equipment has achieved a key breakthrough in core components by adopting a new integrated valve group. Compared with the traditional decentralized valve group design, it effectively reduces the number of pipeline connection points, lowers the risk of hydraulic system leakage, and optimizes the oil circuit circulation efficiency. This ensures more stable pressure output during the equipment's operation, significantly improving the stability of long-term operations. Even in high-intensity, long-term continuous processing scenarios, it can maintain stable crimping performance and reduce the defect rate caused by equipment fluctuations.
High efficiency and precision are another major highlight of the KM-81A-51. Equipped with a high-precision transmission system and an intelligent control system, the equipment achieves high-speed and precise crimping operations. It not only quickly completes the crimping connection between hoses and joints, shortens the single processing cycle, and improves overall production efficiency, but also accurately controls the crimping force and size. This ensures that the crimping precision of each processed part meets industry standards, satisfying the needs of fields with strict requirements for hose connection precision, such as the automotive, construction machinery, and hydraulic system industries.
To meet the processing needs of hoses of different specifications, the KM-81A-51 is equipped with a flexible mold adjustment function. Its die sets can be flexibly changed in the axis position. Operators can quickly switch between molds of different sizes without complex disassembly procedures, adapting to the processing of hoses with various calibers. This greatly reduces equipment adjustment time, improves the flexibility of the production line, and easily copes with multi-variety, small-batch production orders.
In addition, the equipment fully considers practicality and protection in its detailed design by adding a die base resin gasket. This design can effectively prevent debris generated during processing from falling into the interior of the machine, avoiding wear or blockage of the precision components inside the equipment caused by debris. It extends the service life of the equipment, reduces the frequency and cost of equipment maintenance, and ensures the continuity of production operations.
hoses.