Concrete Cutting Machine, Door and Window Opening Slotting Machine, Cement Floor Stair Cutting Machine - Long-term Supply

Concrete Cutting Machine, Window and Door Opening Grooving Machine, Cement Floor Stair Cutting Machine

The wall cutting machine is primarily used for building renovations, reinforcement, and design changes, capable of cutting through large sections of walls such as door and window openings or elevator shafts. It features manual feed and manual cutting. The structure is non-destructive and forms in one go, which not only avoids structural damage caused by traditional hammering construction but also saves time, materials, and labor compared to drilling circular holes.

Product Specifications:

Model              800      1000    1200

Frequency/HZ             50-60       50-60        50-60

Saw Blade/mm            800        1000         1200

Voltage/V               220        220         220

Power/W             6680         7500       7680

Cutting Depth/mm    320         420         520

Product Features:

Cutting or grooving of reinforced concrete walls, brick walls, or stone materials.

In the construction and renovation industry, most still use the method of knocking down walls to create doors./Opening windows is a highly problematic method; first, it compromises the integrity of the room's wall structure, which can lead to cracks if not done properly; second, the doors or windows created are rough and uneven, affecting the aesthetics of the decoration. Our wall cutting machines eliminate these issues. Moreover, with the increasing quality of urban construction, walls made of high-grade cement and reinforced steel are nearly impossible to drill or hammer through conventionally.

Wall cutting machines are primarily used for cutting or creating grooves in reinforced concrete walls, brick walls, or stone materials, for renovations, reinforcement, or design alterations of buildings or old structures. They can cut through large areas of walls, such as door openings, windows, or elevator shafts. They offer non-destructive structure, forming in one go, thus avoiding damage to the building's structure caused by traditional hammering methods, while also significantly reducing time, materials, labor, and costs.