The base and crossbeam of the grooving machine adopt frame structure design. The worktable surface is made of 50mm Q345 low-alloy high-strength structural steel, and the frame adopts Q235 steel plate. The machine tool features excellent overall rigidity and durable construction.

The machine bed undergoes natural gas tempering to eliminate welding stress and reduce equipment deformation. Sandblasting treatment ensures outstanding painting finish.

The grooving machine adopts precision ground gear and helical rack transmission.

The primary motor transmission adopts timing belt drive, which improves operation accuracy and enhances equipment stability.

The tool carriage feeding device of the grooving machine uses roller sliders and guide rails to guarantee high precision.

Workpieces are clamped by the hydraulic system, enabling high-speed grooving with powerful clamping force on plates.

Four cutting tools are used for V-groove machining, realizing even cutting load distribution and reducing workpiece deformation. An optional air cooling system extends tool service life and lowers production costs.

The grooving machine operates simply by inputting machining programs. The infinitely variable handwheel adjusts machining speed according to different plates for convenient operation.

Alarm information will be displayed on the screen when equipment faults occur, facilitating maintenance.

The machine worktable supports self-planing function. Users can re-plane the table surface as required during operation to maintain machining accuracy.