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Road marking vehicles automated welding industrial robot cell adopts a single machine and dual-station layout. Different tooling fixtures are customized according to different welding workpieces. While the robot is welding at one station, the other station can clamp and unload the workpiece, and at the same time, it can meet the welding tasks of frame structural parts and inner and outer barrel composite parts. Through the reasonable configuration of operators, the efficiency of the industrial robot cell can be maximized.

The dump truck compartment and frame collaborative robot welding solution can be laid out according to the actual situation. The frame parts are welded using a robot walking mechanism and a double-station configuration, in conjunction with a flip positioner and fixtures. The side panel welding layout of the compartment adopts a straight-line arrangement, with six sets of hoisting robot welding systems and an assembly line operation method. It is suitable for mass production of products and welding of workpieces with many welds and non-centralized positions.

Distribution cabinet robotic welding cell for sale, as a flexible, reliable and universal flexible processing unit, adopts a single machine double-station plus positioner and a single machine five-station layout, with professional customized flexible assembly fixtures, suitable for various welding needs of distribution cabinet type cabinets. It combines the characteristics of versatility and flexibility in production. It can be applied to different welding tasks by simply adjusting the robot program and changing the working parameters and welding gun.

Corn harvesting machinery automation robot mig welding includes welding robot body, robot mounting base, single-axis pneumatic positioner, welding fixture (designed and manufactured for customer workpieces), robot control system, robot teaching pendant, welding power supply, robot-specific welding gun, and external control box. Simple configuration, flexible layout, double-station configuration, flip positioner and fixture, stabilize and improve welding quality, and better ensure high-quality welding.

Grader frame structure robotic arm for welding, in the form of robot hoisting and mobile slide, in addition to the general welding robot reliable, accurate and efficient requirements, in the overall framework of the workstation, the mechanical transmission of the equipment, the overall control accuracy, the online control of welding quality, and the coordination with the surrounding equipment and environment, etc. Comprehensive intelligent adjustments have been made. The addition of the robot walking system enables the robot to move on a specific route to complete the welding of the grader frame structure, expanding the robot's operating radius.

The automated collaborative robot welding of bulldozer beams and buckets uses two inverted robots, two sets of fixtures and external walking axes, and adopts dual-machine dual-station operation according to the on-site environment to fully ensure the beat and welding quality, and realize the automated welding of bulldozer beams and buckets. The servo positioner can ensure that the weld is in a stable state as much as possible, which is conducive to the formation of the weld.

Aluminum alloy container side box robot automated welding manufacturing line automation consists of assembly station, side box assembly and side beam welding station, side box manual trimming and flipping station, side beam secondary welding station, side box longitudinal weld welding station, logistics conveyor line and whole line operation monitoring system. The space is 100 meters long, 5 meters wide and 5 meters high. The overall layout is arranged in a straight line and the assembly line operation method is adopted, which makes the overall structure reasonable, convenient for production site management and has high production efficiency.

The fully automated production line for suspension parts of semi-trailer welding is mainly composed of manual assembly stations, KBK slings in the assembly area, double-speed chain conveyor lines, robot loading and unloading lines, middle bracket/light middle bracket robot welding workstations, rear lifting lug/light rear lifting lug robot welding workstations, plate chain conveyor lines, manual repair welding and cleaning stations, repair welding and cleaning stations KBK slings, and line control systems.

The complete bulldozer beam and bucket robot welding cobot assembly line consists of a welding robot system, a servo positioner, a system controller, a touch screen, a welding controller, a welding gun unit (welding gun and transformer), a walking mechanism and welding auxiliary equipment (cooling power supply, compressed air unit, safety light curtain, cooling water unit, electrode grinder, gun cleaning wire cutter, lifting type shade curtain).