Cement Wall Sawing Machine, Reinforced Concrete Wall Cutting Machine, AY-800 Wall Saw

Application Range: Suitable for concrete walls, brick walls, or stone surfaces, highways, bridges, and construction projects. Capable of cutting at any angle, occupies minimal space, and allows for flexible control of cutting area.

High power, stable output, export-grade gears, durable, fast cutting speed Higher material strength, twice that of a regular cutting machine; the lifting screw is made of bearing steel, and the thread is widened.2X, BetterDurable  Rarely requires replacement; dust cover with fixed bend and integrated design for the whole machine AY-800 Manual Cutting Machine [Best-selling Model] Technical Specifications:

Motor Power:6680

Power Voltage:220V

Saw blade speed:300-600R/MIN

Blade Diameter:800MM

Cutting Depth:32 cm

The complete set of machines includes:

Main Unit and Rack    Power Motor

Thickened Custom Aluminum Alloy Protective Cover

2 pieces of 1.2-meter track

1 piece  800 blades [All blades here can be mounted on the side plate]

Carbon brush set, fixed bolts, and stainless steel washers4 sets, 4 waterproof cover fixing screws, 1 user manual, 1 certificate of compliance

Machine Features:

Each machine is personally fine-tuned by experienced technicians before shipment, ensuring each unit meets quality standards.  

Specific Application:

The distance to the cut seam is16.5, the distance for the elastic line to expand.

Expansion is12mm internal expansion.

Cutting Techniques:

It's not just a single cut and then moving up and down; instead, it's a cut in and out, moving along the track for a segment, then another cut. It's a one-in, one-out process, and it's fast-paced.

Wall cutting machines are primarily used for building renovations, reinforcement, and design changes, capable of cutting large areas of walls for door openings, windows, elevator shafts, etc. They feature manual feed and cutting. The structure is damage-free and forms in one go, not only avoiding structural damage to buildings caused by traditional hammering construction methods but also saving time and resources spent on drilling circular holes, as well as substantial time and cost for adjustments.