VEVOR Sheet Metal Brake, 12-inch, 3-In-1 Combination Shear Brake Roll Machine, 20-Gauge Capacity Shear Press Brake with 90° Max Bending Angle, Shears and Slip Roll Machine for Shear Bending Rolling
R 17,980
Availability: Currently in Stock
Delivery: 10-20 working days
VEVOR Sheet Metal Brake, 12-inch, 3-In-1 Combination Shear Brake Roll Machine, 20-Gauge Capacity Shear Press Brake with 90° Max Bending Angle, Shears and Slip Roll Machine for Shear Bending Rolling
All-in-One Functionality: Our 3-in-1 combination sheet metal machine offers the functions of a bending machine, shearing machine, and rolling machine all in a single unit. Say goodbye to the hassle of purchasing multiple independent machines and the tedious switching process. It is a must-have for your factory and workshop, enhancing overall work efficiency.
Exceptional Compatibility: Our sheet metal brake supports sheet materials with a 12 in/ 305 mm Max. Width and 20 GA / 1 mm Max. Thickness. With 90° Max. Bending angle and a blade clearance of less than 0.0027 in/0.07 mm provides a wide range of options for your processing tasks.
Robust Construction: This shear press brake features HT200 material casting built to last. The shearing blade is made of T10 material, cutting without burrs. Both the bending blade and the roller are constructed from 45# material, offering exceptional durability and resistance to deformation. It easily processes low-carbon steel, aluminum, brass, copper, lead, plastic, zinc sheet metal, etc.
Segmented Bending Versatility: The central bending module of our sheet metal brake press includes five blades with sizes of 1", 2 x 2", 3", and 4".You can customize blade combinations based on your requirements to carry out a wide range of complex sheet metal processing tasks, such as manufacturing exterior wall panels for houses, doors, and window materials. It is widely used in homes, factories, and small workshops.
Precision Processing: Utilizing advanced external cylindrical grinding technology, our 3 in 1 combination sheet metal machine reduces friction between the sheet metal and rollers, enhancing machine stability during operation. It also minimizes scraping caused by uneven roller surfaces, improving sheet metal surface smoothness.