CNC V grooving machine and sheet metal V grooving machine solutions for sharp bends, clean corners, and refined fabrication.
Compare V groover, CNC V groover, vertical V grooving machine, and horizontal V grooving machine solutions for sheet metal fabrication.
Wide-table CNC V Groover
A wide-table grooving platform for large panels and long stainless steel sheets. Ideal for decorative metalwork, doors, elevators, and architectural panels.
High-precision CNC V Groover
A compact vertical groover for precise sheet metal bending. Independent clamps and a lightweight tool holder keep grooves stable and accurate.
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KRRASS CNC V grooving machines support precision decorative and structural sheet metal processing across modern fabrication industries
High-precision components for aircraft structures, requiring exceptional accuracy and repeatability.
Heavy-duty plate bending for hull sections and marine structural components.
Body panels, chassis parts, and structural components for automotive production lines.
Precision sheet metal parts for refrigerators, washing machines, and kitchen appliances.
Structural steel beams, roofing panels, and architectural metal fabrication.
General metal fabrication, custom sheet metal work, and industrial equipment manufacturing.
Choose your CNC V grooving machine by sheet size, groove direction, target accuracy, and the way finished parts will be bent.
V grooving creates a programmed V-shaped channel along the bend line, reducing bending force and helping sheet metal fold to tighter radii and cleaner corners. It is widely used for stainless steel panels, elevator decoration, doors, cabinets, signage, and architectural metalwork.
Choose a horizontal V groover when large sheet support and long-panel positioning matter most. Its broad working table is practical for wide decorative sheets and repetitive slotting work.
Choose a vertical V groover when high distance accuracy, flexible sheet sizes, lower moving mass, and both horizontal and vertical groove processing are priorities.
Confirm maximum sheet length, width, thickness, minimum part size, groove depth, number of passes, clamping method, CNC control requirements, and tool blade material. These details determine productivity, bend quality, and long-term surface consistency.
Compare horizontal and vertical CNC V grooving machines to match sheet size, precision goals, and production workflow.
| Feature | Horizontal V Groover | Vertical V Groover |
|---|---|---|
| Machine Structure | Wide table with moving gantry and tool holder | Narrow table with fixed reference and moving tool holder |
| Best For | Large sheets and long decorative panels | High-accuracy grooves and flexible sheet sizes |
| Moving Mass | Gantry and tool holder move together | Lightweight tool holder movement |
| Accuracy Control | Practical for general large-panel grooving | Distance accuracy can be controlled more tightly |
| Groove Direction | Mainly longitudinal slotting workflows | Horizontal and vertical groove processing |
| Clamping | Table-based sheet support | Independent pressing plates and clamps |
| Energy Use | Higher because of heavier moving structure | Lower because moving mass is reduced |
| Typical Applications | Doors, panels, large stainless sheets | Elevator panels, cabinets, signage, precision bends |
Get answers to common questions about CNC V grooving machines and KRRASS equipment.
Tell us your sheet size, material, thickness, groove direction, accuracy target, and production plan. Our engineering team will recommend the right vertical or horizontal V groover configuration.