Low-altitude slide construction method
It is a full casing (full rotary) method that enables work up to a depth of 4.4 meters.
We have made it possible to carry out construction that was previously impossible. - Foundation work inside the gymnasium: Previously, part of the wall had to be demolished to bring in machinery, but it is now possible to bring in equipment without altering the current state. - Foundation work along the railway: Work that requires crane booms to extend higher than the tracks is typically done at night, but since we do not use cranes, daytime work is possible. - Bridge widening and under-beam work: Heavy machinery can access the existing under-beam area, allowing vehicles to continue using the existing bridge during construction. - Work under high-voltage power lines: Construction under high-voltage power lines is also feasible.
basic information
- Excavation Performance Excavation Diameter: Φ1000・1200・1500mm Maximum Excavation Depth: Approximately 45m Total Equipped Weight: Approximately 60t Maximum Torque: 1275KN-m Thrust Force: 392KN - Main Dimensions Overall Width: 2980mm Overall Length: 9200mm (Transport) 12090mm (Working) Overall Height: 2980mm (Transport) 4650mm~ (Working) - Winch Lifting Force: 69KN Lifting Speed: Maximum 90m/min
Price range
Delivery Time
Applications/Examples of results
- Foundation work for the gymnasium interior - Foundation work along the railway line - Bridge widening and under-beam work - Work under high-voltage power lines Height restrictions above ground by excavation diameter - Mechanical hammer grab Φ1000・1200 4.8m Φ1500 5.3m - Hydraulic hammer grab Φ1000・1200・1500 4.4m
