The high-frequency wire saw is cutting equipment powered by a high-frequency motor that performs cutting with diamond bead wire. It is mainly used for precision cutting of hard materials such as concrete and stone, and is especially suitable for small and medium-sized cutting projects.
Core Components：
• High-Frequency Power System: Centered on a high-frequency motor, it requires no hydraulic units and directly converts electric energy into mechanical energy for a more streamlined structure.
• Transmission & Cutting Assembly: Consists of driving wheels, guide wheels and diamond bead wire. The motor spins the driving wheels, which drive the bead wire to rub against materials at high speed to complete cutting.
• Control System: Equipped with a wireless remote controller featuring intelligent cruise cutting function. It can automatically adjust cutting speed and wire tension, and comes with overload protection.
• Cooling System: Water pipes spray cooling water onto the bead wire to lower cutting temperature and wash away cutting debris, preventing excessive abrasion of the wire saw.
Main Features：
• Lightweight & Flexible: Free of hydraulic power stations, the whole machine boasts compact size and light weight (the control box weighs 30kg, and the wire saw frame with walking wheels weighs 110kg). It can be transported by a single person and works efficiently in narrow spaces such as indoor walls and areas around pipelines.
• Lower Operating Costs: Eliminates production and maintenance costs of hydraulic systems. Only the diamond bead wire needs to be replaced in later use, cutting operating costs by 30%-50% compared with hydraulic wire saws.
• Easy Operation: No professional hydraulic knowledge required. The machine can start up once powered on, and new operators can master it after simple training. It fits small construction teams or jobs requiring frequent equipment relocation.
• High Cutting Precision: The high-frequency motor delivers stable rotating speed, and the tension of the bead wire is adjustable. It generates smooth cutting surfaces with a tolerance within ±1mm.
Application Scenarios：
• Building Renovation: Cutting door and window openings on indoor walls, partial cutting of floor slabs, as well as demolition and cutting of small reinforced concrete beams and columns.
• Stone Processing: Cutting small and medium-sized marble and granite slabs, and special-shaped cutting of garden landscape stones such as arcs and decorative patterns.
• Emergency Maintenance: Partial cutting of concrete around municipal pipelines and precision joint cutting before pavement crack repair, to avoid damage to surrounding structures.
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