This excavator big-arm and small-arm robotic welding station combines cutting-edge intelligent algorithms and visual sensing technology to independently plan welding paths. No matter how complex the structure is, it can handle it calmly and ensure that the welding quality is flawless. This robotic welding station supports 24-hour continuous operation and has excellent production efficiency and stability. It greatly reduces manual operations while improving efficiency and consistency. It is an indispensable welding equipment for heavy machinery manufacturers.

The tower crane welding automation system can meet the welding tasks of tower crane standard sections, connecting sleeves, upper and lower turntables and other workpieces. The tower crane automated welding workstation can be subdivided into standard section welding robot workstation, connecting sleeve welding robot workstation and turntable welding robot workstation according to the different tower crane workpieces to be welded. They are respectively in the form of single machine single station, double machine single station, robot walking plus two-axis positioner, equipped with weld seam positioning software and spot welding tracking software. Through the reasonable configuration of operators, the equipment can meet the 24-hour three-shift continuous operation capacity, and the efficiency of the system can be maximized.

The rotary tiller robotic welding station is divided into two parts: the rotary tiller shell robotic welding station and the rotary tiller frame robotic welding workstation. The welding methods can be metal arc welding (MIG, MAG, CO2 welding) or non-metal arc welding (TIG, plasma arc welding). Since the welded workpiece is long, a single-sided ground rail is used to drive the welding robot to walk, and the positioner drives the workpiece to rotate to ensure welding of workpieces of different sizes and welds in different positions. The single-machine double-station layout means that while the robot is welding at one station, the other station can clamp and unload the workpiece. By reasonably configuring the operators, the efficiency of the system can be maximized.

This food processing machinery arc welding robot cell is a robotic welding system composed of Japanese OTC arc welding robot FD-V6L, argon arc welding power supply DA300P, wire feeder, wire feeder bracket, wire reel bracket, wire reel protective cover, wire feeding tube, OTC robot special anti-collision welding gun, welding gun holder, anti-collision sensor. The robot has 6 control axes and the robot body has an arm span of 2000mm. It can realize an automated welding system with high-efficiency welding.

The farmland seeder automatic welding workstation adopts a single transmission form, and the clamps are distributed in a semi-circle, including manipulator and robot controller, system controller, displacement reversal mechanism, welding gun unit (welding gun and transformer) and welding auxiliary equipment. Suitable for different welding tasks.

Cultivator rack robotic welding solutions includes two workstations, robotic welding workstation for farmland cultivator shell, and robotic welding workstation for farmland cultivator frame. It can use MIG/MAG/CO2 and TIG, plasma arc welding method.

Excavator bucket robot welding machine is designed with dual machines and dual workstations according to the on-site environment. It is equipped with two inverted robots, two sets of fixtures and external walking axes, which fully ensure the beat and welding quality.

Its main components: 1 set MA1440 welding robot, 1 set robot control cabinet, 1 set robot teach pendant, 1 set RD500 welding power supply, 1 set YMENS-500R+ anti-collision robot special welding torch, 1 set robot mountin