Audited Supplier
HSVC
3-Year
3-Year
Metal
Metal-Cutting CNC Machine Tools
Contour Control
Open-Loop Control
CNC/MNC
0.01~0.02(mm)
High-End CNC Machine Tools
CE
New
V Grooving Machine
Harsle
Standard Package
3000*2500*3200
Nanjing, China
8462219000
Product Description
| HARSLE CNC V Metal Grooving Machine Steel Sheet Groover Machine |
A V-grooving machine is a specialized machine used in metalworking and sheet metal fabrication. It is designed to create V-shaped grooves or channels in metal sheets or plates. These grooves are often used for purposes such as folding or bending metal along predetermined lines, making it easier to achieve accurate and precise bends.
Key features and components of a V-grooving machine include:
V-Grooving Tool: The machine is equipped with a V-shaped cutting tool or a set of tools that create the grooves in the metal. The angle and depth of the V-groove can often be adjusted to suit specific requirements.
Adjustable Bed or Work Surface: The metal sheet or plate is placed on an adjustable bed or work surface, allowing for accurate positioning of the material. The bed may have clamps or other mechanisms to secure the metal in place during the grooving process.
Control Panel: The operator can control various parameters, such as the depth and length of the groove, using a control panel. Some machines may have computer numerical control (CNC) capabilities for automated and precise control.
Safety Features: Like other metalworking machines, V-grooving machines are equipped with safety features such as emergency stops, safety guards, and interlocks to ensure safe operation.
Motor or Hydraulic System: The cutting tool is typically powered by an electric motor or a hydraulic system, providing the force required to create the V-grooves in the metal.
V-grooving machines are commonly used in industries where sheet metal components require accurate bending along specific lines. The grooves created by the machine facilitate precise bending, allowing for the creation of components with clean and well-defined angles. Applications include the production of metal enclosures, cabinets, architectural elements, and other sheet metal structures.
These machines are particularly useful when working with materials like aluminum, steel, and stainless steel. The ability to create V-grooves with consistent angles and depths enhances the efficiency and accuracy of the metal fabrication process.
Key features and components of a V-grooving machine include:
V-Grooving Tool: The machine is equipped with a V-shaped cutting tool or a set of tools that create the grooves in the metal. The angle and depth of the V-groove can often be adjusted to suit specific requirements.
Adjustable Bed or Work Surface: The metal sheet or plate is placed on an adjustable bed or work surface, allowing for accurate positioning of the material. The bed may have clamps or other mechanisms to secure the metal in place during the grooving process.
Control Panel: The operator can control various parameters, such as the depth and length of the groove, using a control panel. Some machines may have computer numerical control (CNC) capabilities for automated and precise control.
Safety Features: Like other metalworking machines, V-grooving machines are equipped with safety features such as emergency stops, safety guards, and interlocks to ensure safe operation.
Motor or Hydraulic System: The cutting tool is typically powered by an electric motor or a hydraulic system, providing the force required to create the V-grooves in the metal.
V-grooving machines are commonly used in industries where sheet metal components require accurate bending along specific lines. The grooves created by the machine facilitate precise bending, allowing for the creation of components with clean and well-defined angles. Applications include the production of metal enclosures, cabinets, architectural elements, and other sheet metal structures.
These machines are particularly useful when working with materials like aluminum, steel, and stainless steel. The ability to create V-grooves with consistent angles and depths enhances the efficiency and accuracy of the metal fabrication process.
