China V Groove Forming Machine Manufacturers, Suppliers, Factory

The V grooving machine manufacturer JM in China provides the most types of of Horizontal High Speed V Slotting Machine For Stainless Steel Plates, this machine also can be used for processing other metals plates, such as aluminium plates, galvanized plates and so on.

JM as the professional V grooving machine manufacturer in China has the most of types of CNC Vertical High Speed V Groove Cutting Machine. It offers the advanced CNC vertical high speed V groove cutting machine for processing mirror plates.

High quality Horizontal CNC V Groove Machine for Metal Sheet is offered by China manufacturer JM. A metal sheet cnc v grooving machine can create V-shaped grooves in stainless steel sheets, aluminum sheets, composite aluminum sheets, copper sheets, and other metal plates. Our cnc v cut machine allows the bent workpieces to have a very small edge radius, meeting the high precision and aesthetic demands of the high-end sheet metal decoration industry. JIANMENG provides various solutions, making metal fabrication easier!

JM CNC Swing Beam Shearing Machine is a commonly used cutting device in metal processing, which shears metal sheets by swinging the blade. The working principle involves the upper blade holder moving in a swinging motion around a fixed axis, pressing the metal sheet against the lower blade to complete the cutting operation. The swing beam shearing machine is typically used for processing thinner metal sheets and is known for its simple structure, ease of operation, and efficiency. It is widely applied in industries such as machinery manufacturing and sheet metal processing, making it suitable for high-volume production and precise cutting needs. The swing beam shearing machine adopts high technical standards, design, and a user-friendly interface. We have reduced the cutting angle to achieve straight-line precision and minimal distortion tolerance. The JM swing beam shearing machine provides high-standard safety and efficient solutions that can enhance your capabilities and add value to your company.

JM Wet Deburring Machine is a specialized solution for removing burrs, slag, oxide layers, and sharp edges from metal sheets and plates. It operates using wide abrasive belts under wet conditions, ensuring clean, uniform surface finishing without producing harmful dust. This machine is ideal for improving surface quality after laser, plasma, or shear cutting. Featuring a dual abrasive belt structure, the metal finishing machine delivers high-speed, consistent material removal across a wide working width. Automatic deburring machine process cools the material during grinding, prevents thermal deformation, and enhances the lifespan of consumables. Its built-in filtration and water circulation system ensures clean operation and easy maintenance. Suitable for stainless steel, aluminum, copper, the deburring equipment for metal sheet is widely used in industries such as kitchenware, electronics, and general metal fabrication. Compared to dry processing, it offers superior surface results, improved workplace safety, and a more environmentally friendly production process.

JM Wet Deburring Machine is a high-performance solution designed to efficiently remove burrs, slag, oxide layers, and sharp edges from metal sheets and plates. Utilizing wide abrasive belts in a wet processing environment, it delivers smooth, consistent surface finishes while eliminating harmful dust emissions. This makes it especially effective for post-processing after laser cutting, plasma cutting, or shearing. Equipped with a dual abrasive belt system, the machine ensures fast and uniform material removal across large surfaces. The wet grinding process not only cools the metal during operation—preventing heat-related distortion—but also extends the life of consumables. Its integrated filtration and water recirculation system supports clean, low-maintenance operation. Engineered for materials like stainless steel, aluminum, and copper, this sheet metal deburring machine is widely used in sectors including kitchen appliance manufacturing, electronics, and general metalworking. Compared to dry processing methods, it provides better surface quality, enhances workplace safety, and promotes environmentally responsible manufacturing.