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| Specification | Value |
|---|---|
| MODEL | GQ40N |
| Voltage | 220V |
| Motor Power | 4KW |
| Cutting Speed | 32 times/min |
| Rebar Diameter | Up to 32mm |
| Motor Speed | 2800 rpm |
| Blade Size | 83 × 83 × 25 mm |
| Weight | 270 kg |
| Dimension | 1420 × 440 × 835 mm |
The GQ40N Bar Cutting Machine is a powerful and reliable solution designed for fast, clean, and accurate cutting of steel reinforcement bars at construction sites and fabrication units. Built for heavy-duty performance, this machine helps contractors and builders save time, reduce manual effort, and maintain consistent cutting quality throughout the project.Its sturdy construction and efficient cutting mechanism make it suitable for continuous operation in demanding site conditions.
The GQ40N bar cutting machine is used in RCC construction for cutting TMT and steel bars required in columns, beams, slabs, and foundations. It ensures uniform bar lengths and improves overall structural accuracy while reducing material wastage.
GQ40N bar cutting machine is suitable for residential, commercial, and large infrastructure projects such as bridges, flyovers, and highways. It helps contractors complete reinforcement cutting work faster with consistent output on site.
In steel fabrication workshops, the GQ40N bar cutting machine is used to prepare steel bars for frames, supports, and structural components. Accurate cutting improves fabrication quality and minimizes rework.
The GQ40N bar cutting machine is ideal for precast concrete manufacturing where repetitive and precise bar cutting is required. It supports mass production while maintaining uniform reinforcement dimensions.
For renovation and repair projects, the GQ40N bar cutting machine is used to cut existing reinforcement bars efficiently. It saves time compared to manual cutting and improves safety at the job site.
The GQ40N bar cutting machine is widely used on construction sites to reduce manual labor and speed up daily reinforcement cutting tasks. Its durable design allows reliable performance under continuous working conditions.