Hose Skiving Machine DZW-51BJ-A

The WILLEX POWER DZW-51BJ-A hose skiving machine detailed introduction:

Powerful Skiving Capacity: With a Skiving capacity of up to 2 inches (approximately 51 mm), it can handle a wide range of hose sizes and is suitable for skiving larger diameter hoses.  This meets the processing needs of various industries for hoses of varying diameters, including widespread use in hose installation and maintenance in hydraulic and pneumatic systems.

Bidirectional Rotation: The machine features bidirectional rotation, allowing for flexible clockwise or counterclockwise rotation to peel, depending on the hose material, structure, and specific skiving requirements.  This design improves skiving efficiency and quality.  For example, for hoses with unusual surface textures or convoluted structures, bidirectional rotation allows for better skiving, ensuring uniform and accurate skiving.

Optional Pneumatic Assist: An optional pneumatic assist device is available, allowing users to configure the machine to meet specific work requirements.  The pneumatic assist device provides additional power during the skiving process, making the skiving operation easier and more labor-saving.  This is especially true when working with hard or thick hose sheaths.  Pneumatic assistance effectively reduces operator workload while also improving skiving accuracy and stability.

CE Certification: This machine has been certified by the European Union (EU) for safety, health, and environmental protection.  This certification ensures that the machine meets certain quality standards in design, manufacturing, and performance, giving it greater global market acceptance and reliability.  Users can use it with confidence, especially when exporting to the EU or in applications with strict product safety requirements.

Equipped with a tool rack: The tool rack provides convenient storage and access for various skiving tools, such as different types of skiving knives.  The tool rack helps maintain a clean and organized work area, improves work efficiency, and reduces the risk of tool loss, allowing operators to more easily change tools during use to meet varying skiving needs.