• Ergonomic design and humanized overall space layout.
• An aisle is designed between the equipment cabin and the tool work cabin to facilitate operations, maintenance, and inspections in different cabins.
• Air conditioning and lighting facilities are installed in the cabin to ensure the working environment requirements.
• The workstation is equipped with a global monitoring device to ensure the normal operation of processing operations.

Equipment cabin and tool work cabin layout
The equipment cabin mainly stores: robot systems, mobile trolley laser cladding equipment, and auxiliary equipment.
1. Water, electricity, and gas interfaces are provided on the rear side, and input and output connections can be realized through cable joints, pipe joints, etc., making on-site plugging and unplugging convenient and fast.
2. The cable connector can realize power supply from the workshop to the workstation and from the workstation to the robot equipment.
3. The water supply joint in the cabin is mainly used to output the water cooler pipeline in the workstation to the laser head and other equipment through the pipe joint. The air supply interface is mainly used to transport the compressed air in the workstation to the powder feeder and other equipment.
4. The equipment cabin is also designed to be equipped with optical fiber racks to store, store and protect optical fibers.

The tool work cabin is equipped with 2 areas, mainly divided into the tool area and the work area.

Tool area: used to place tool cabinets, carts, ovens, and auxiliary equipment such as adaptive grinding and polishing.
The tool area is designed to be equipped with a 500kg suspension arm mechanism, which can realize the convenient installation and lifting of tooling, positioners, carts, and other equipment.

Work area: for personnel to operate, work, and rest, equipped with air conditioning, lighting, ventilation facilities, and 220V sockets.
The monitoring station can display the robot’s operating images (through the camera), molten pool conditions, processing parameters, etc. in real-time, and can be controlled remotely.

Robot mobile lifting platform
The mobile chassis laser cladding robot can effectively solve the problem of on-site mobile repair of worn workpieces.
1. In order to facilitate the transportation of the robot, the mobile lifting platform of the robot adopts a low center of gravity and braked universal wheel structure;
2. In view of the requirements for non-rotating and segmented repair operations of large workpieces, the platform is equipped with stable support. The support height can be adjusted through threaded movement to overcome problems such as uneven ground and ensure smooth and efficient repair operations by the robot.