robotic welding arm is a mechanical device that is used in industrial applications to perform welding tasks. It is usually part of a larger robotic welding system and is designed to automate the welding process by manipulating a welding torch and performing precise and consistent welds. Welding Robot FD-V8 can be used for laser hybrid welding, electric arc welding, thermal spraying, spot welding, gluing, and handling to meet various needs in production and processing.

Advantage ： The TCP setting of Welding Robot HA006B is simple and convenient to debug Smart structure is fast and accurate with strong rigidity&high flexibility The automated welding machine has large working range and strong payload Less types of motor lowers cost of storage accessories and be convenient for after-sale service With the function of robot is highly integrated and the application system can be switched directly Windows CE system is practical for operation The valk welding robot software package is open&free Use Tamagawa motor，Nabtesco reducer；separate encoder&motor can be individually replaced

A servo-flipping platform for automatic welding robot is a device that is used to rotate or flip workpieces during the welding process. It is designed to be used in conjunction with automatic welding robots to improve efficiency and accuracy in the welding operation.

Advantage： The TCP setting of Welding Robot HH020 is simple and convenient to debug Smart structure is fast and accurate with strong rigidity&high flexibility The automatic welding robot has large working range and strong payload Less types of motor lowers cost of storage accessories and be convenient for after-sale service With the function of robot is highly integrated and the application system can be switched directly Windows CE system is practical for operation The robotic welding equipment software package is open&free Use Tamagawa motor，Nabtesco reducer；separate encoder&motor can be individually replaced

1. Position repeatability is the data obtained by measuring the position of the tool center point (TCP) according to ISO9283. 2. The values in parentheses are the results of wall mounting. 3. For wall mounting, the range of motion of J2 axis may be limited. 4. For floor mounting, the operating range of J3 axis is -170° to +180° . 5. Specifications for coaxial cables passing through the hollow part of J4 and J6 axes. The values in parentheses are other than these specifications. 6. The range of motion of J6 axis is limited by the posture of J5 axis. 7. The loadable capacity of the upper arm varies with the wrist load.

Easily cut various profiles. Fast cutting speed and high efficiency. Products support customized design and production. Lithium-Dong integrated laser welding robot is a laser welding robot independently developed by Lithium-Dong Technology for lithium battery production. The robot uses advanced laser welding technology to achieve fast, efficient and precise welding of lithium battery pole pieces.

Dramatic reduction of spatter CO2 welding achieves a low spatter effect comparable to that of MAG welding. The quality of the weld is improved while eliminating the need for post-weld grinding

Easily cut various profiles. Fast cutting speed and high efficiency. Products support customized design and production. The end beam arc welding robot is an automated welding equipment used to weld the end beams of cranes. The end beam is an important structural part of the crane and bears all the load of the crane.

A robot laser welding machine is a type of industrial automation equipment that utilizes robotic arms and lasers to perform welding tasks. It is commonly used in manufacturing industries to weld metal components together with high precision and speed.