China Shearing Machine Metal Fabrication Manufacturers, Suppliers, Factory

The Chinese professional Horizontal Double Drive V Cutting Machine For Stainless Steel Plate manufacturer JM has over 10 years history in V grooving machine processing. Its horizontal double drive V cutting machine for stainless steel plate can make processing is stable and efficient.

The V grooving machine manufacturer JM not only has excellent Horizontal Double Drive V Grooving Machine For Stainless Steel Plates, but also can provide considerate after-sales services. The Horizontal Double Drive V Grooving Machine For Stainless Steel Plates have high efficiency.

The V grooving machine manufacturer JM in China is professional and durable, its vertical high speed V groove cutting machine is the best choice, when there is a need to process the mirror plate.

JM CNC Guillotine Shearing Machine is a commonly used shearing device in metal processing, primarily designed for cutting metal sheets of various thicknesses. It operates by applying a vertical downward motion of the upper blade against the lower blade, generating a shearing force to achieve precise cutting. It is mainly used for high-precision shearing of metal materials such as steel plates, stainless steel, and aluminum sheets. The shearing machine is widely applied in industries such as machinery manufacturing, automotive production, and electrical equipment manufacturing. The shearing method of the JM Guillotine Shearing Machine is similar to a "gate" moving up and down. Using hydraulic or mechanical transmission, the upper blade holder moves linearly downward along a fixed track (usually vertical or at an inclined angle) to shear metal sheets. With high shearing precision, it is especially suitable for cutting thick plates. JM shearing machine is designed for sheet metal processing, providing high-precision cutting solutions suitable for various metal sheets.

JM is a leading manufacturer dedicated to advanced thin sheet deburring solutions. Our deburring machine is designed to efficiently remove burrs and perform chamfering on a wide range of metal workpieces, ensuring superior surface quality. By integrating abrasive belt deburring with roller brush chamfering, the machine enables multiple surface finishing processes in a single pass, significantly boosting both production efficiency and product consistency. Automatic Deburring Machine is compatible with materials such as stainless steel, aluminum alloys, steel plates, and copper plates. Operators can easily adjust processing parameters and select the most suitable abrasives according to specific requirements. With its high efficiency, operational stability, and intelligent control features, the JM Thin Sheet Deburring Machine offers metalworking enterprises a truly one-stop surface treatment solution. From enhancing product quality to streamlining production, it is an indispensable asset for modern manufacturing.

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.