The GSHM horizontal high-speed grooving machine uses a sturdy bed and high-precision spindle to achieve high-speed grooving of sheet metal. The optimized servo feeding system and fast tool changing structure ensure consistent V-groove quality even under high production capacity conditions. The horizontal V groover machine is particularly suitable for workshops that have dual requirements for machining speed and accuracy.

The GSFM Four-side grooving machine in two directions of the sheet metal with one clamping by automatic rotation and positioning. Integrated CNC programming and automatic avoidance clamping control eliminate manual reset, significantly reducing labor and processing cycles. The automatic four side V cutting machine is highly suitable for the production of box type workpieces.

The GSVM vertical V groover machine adopts a vertical workpiece layout, and its direct drive spindle, combined with optimized servo feeding, can achieve a processing speed 30% faster than horizontal equipment while maintaining a groove depth accuracy of ± 0.02 mm. The automatic hydraulic clamping and touchscreen operation interface enable the GSVM vertical grooving machine to balance high speed, precision, and safety within a compact body.

The GSTM dual-head vertical grooving machine adopts a bidirectional feeding mechanism, which can continuously groove during the back and forth travel without the need for empty travel, and the cutting efficiency is increased by 50%. Vertical workpiece layout is beneficial for chip discharge and reduces tool wear. This model has a small footprint and low energy consumption, but can achieve high production capacity, making it suitable for workshops that pursue efficiency.

The GSUM vertical & Laser combo machine integrates the mechanical grooving knife and laser head on the same tool holder. One feeding can simultaneously complete groove machining and laser cutting without the need for secondary positioning, thus achieving ultra-high precision and clean groove edges. This composite process not only reduces alignment errors and shortens processing cycles, but also has low cost and small footprint, and is compatible with groove processing of various materials from aluminum composite plates to stainless steel.