1. Intelligent and efficient arch, efficiency increased by 50%

One click operation for vertical arch positioning, achieving fast and precise assembly of the arch frame.

Mechanical arm control, precise alignment of flange holes for arch connection, firm and reliable arch connection; The posture adjustment of the entire arch frame can meet the design position requirements;

The construction of steel arches saves 50% of the time compared to traditional construction methods.

2. Remote monitoring, precise positioning

By using a scanner, precise positioning of the trolley within the tunnel can be achieved.

Remote monitoring can be carried out through the network to generate motion trajectory animations of the trolley at any time period. Real time viewing of various instrument values on the vehicle.

3. 3D contour scanning optimized construction

When the scanner is working, it can measure the coordinates of any point inside the tunnel, form a "point cloud", and use 3D contour reconstruction automatic processing software to calculate and obtain data such as tunnel over excavation and under excavation, achieving a comparison between the scanned contour and the designed contour, and guiding the installation of arches.

Automatically record and store 3D scanning logs for analyzing over excavation and under excavation situations, and optimizing arch operations.

4. Multi method application, multifunctional operation

Suitable for full section (including inverted arch), large section, micro step method and other construction methods;

Suitable for construction operations such as steel arch installation, anchor rod installation, anchor net installation, auxiliary prying, auxiliary measurement, tunnel equipment installation, etc.

5. Less manpower construction

Intelligent prompts for construction procedures, with simple and easy to understand operation methods;

By controlling the robotic arm to grab the arch instead of manual work, the labor intensity is effectively reduced. The number of construction workers can be reduced to 4-5, effectively reducing the number of workers on the palm face.