High-Frequency Wire Saw

Core Components

• High-Frequency Power System
Driven by a high-frequency motor, the system converts electrical energy directly into mechanical power without requiring a hydraulic unit, resulting in a more compact structure.

• Transmission & Cutting Assembly
Consists of the drive wheel, guiding wheels, and diamond bead wire. The motor rotates the drive wheel, which moves the diamond wire to cut materials through high-speed abrasion.

• Control System
Equipped with a wireless remote controller featuring intelligent cruise cutting, automatic speed and tension adjustment, and overload protection.

• Cooling System
Water is sprayed onto the wire to reduce cutting temperature, remove debris, and extend the lifespan of the diamond wire.

Key Features

• Lightweight & Flexible
No hydraulic power pack required. The control box weighs around 30 kg, and the saw frame around 110 kg with wheels. Easy for a single operator to transport and ideal for confined spaces such as indoor openings or around pipelines.

• Lower Operating Cost
Eliminates hydraulic manufacturing and maintenance expenses. Only the diamond wire needs periodic replacement—reducing overall operating cost by 30%–50% compared with hydraulic wire saws.

• Easy to Operate
Plug-and-play design with no hydraulic expertise needed. New users can get started quickly after basic training—perfect for small contractors and frequent jobsite transfers.

• High Cutting Precision
Stable motor speed and controlled wire tension deliver smooth surfaces with cutting accuracy within ±1 mm.

Typical Applications

• Building Renovation
Indoor wall openings for doors/windows, partial slab cutting, and removal of small reinforced concrete beams or columns.

• Stone Processing
Cutting small to mid-size marble and granite slabs, as well as landscape stone shaping such as curves or decorative patterns.

• Emergency & Municipal Work
Localized cutting around pipelines, precision joint cutting for road surface repairs, and other tasks requiring minimal structural disturbance.