Robotic Laser Welder

The Robot Laser Welding System combines advanced laser welding technology and robotics for high-efficiency, stable welding with real-time precision tracking. Its infrared laser sensor enables accurate weld adjustments, offering non-contact, high-speed, and adaptable performance.

The Robot Laser Welding System combines cutting-edge laser welding technology with advanced robotics for exceptional welding performance. Built with a domestic robot and advanced laser welding processes, this system offers high welding efficiency and remarkable stability throughout the welding process.

Equipped with an infrared laser weld-tracking sensor, the system uses a high-definition camera to capture and analyze the weld surface. By processing the laser band projected onto the weld, the sensor generates precise, three-dimensional information, including the weld head coordinates, misalignment, and gap dimensions. This data is then transmitted to the robot controller, which calculates the optimal trajectory and process parameters in real time. As a result, the robot can precisely adjust for deviations, achieving an accurate and flawless weld every time.

Compared to traditional methods, laser seam tracking offers significant advantages: non-contact operation, high precision, high speed, and excellent adaptability for various applications.

 

Specification

FV-240-TD
Volume 91 x 73 x 41 mm
Optimal Observation Distance 210 mm
Depth of Field Distance 200-300 mm
Vertical Resolution 0.1 - 0.16 mm
Minimum Recognizable Height 0.8 mm
Field of View Width 47 - 103 mm
Horizontal Resolution 0.03 - 0.04 mm
Recognizable Minimum Width 0.5 mm
Detection Frequency Standard 30 Hz
 
Model R-1400 R-1700 R-2000
Number of Axes 6 axes
Maximum Movement Radius 1601 mm 1805 mm 2028 mm
Repeat Positioning Accuracy ±0.05 mm
Wrist Load Rating 10 kg 20 kg 10 kg
Applicable Ambience Temperature: 0~40℃
Applicable Ambience Humidity: Below 75% RH (short-time 90% RH)
Movement Acceleration 4.9 m/s²
Noise Level <80 dB(A)
Protection Level Body IP54, Wrist IP54
Body Weight 214 kg 263.4 kg 288 kg
Installation Method Flip mounting (customized), formal mounting, side mounting
 
R-1400 J1 Axis J2 Axis J3 Axis J4 Axis J5 Axis J6 Axis
Movement Speed 163°/s 111°/s 148°/s 222°/s 356°/s 354°/s
Range of Motion ±170° -93°~+80° -135°~+85° ±180° -105°~+130° ±350°
Allowable Wrist Torque / / / 219 N·m 219 N·m 130 N·m
Maximum Allowable Inertia of the Wrist / / / 15 kg·m² 15 kg·m² 9 kg·m²
 
R-1700 J1 Axis J2 Axis J3 Axis J4 Axis J5 Axis J6 Axis
Movement Speed 158°/s 108°/s 142°/s 180°/s 258°/s 350°/s
Range of Motion ±170° -100°~+150° -162°~+85° ±180° ±130° ±350°
Allowable Wrist Torque - - - 35.5 N·m 35.5 N·m 26 N·m
Maximum Allowable Inertia of the Wrist - - - 1.16 kg·m² 1.16 kg·m² 0.52 kg·m²
 
R-2000 J1 Axis J2 Axis J3 Axis J4 Axis J5 Axis J6 Axis
Movement Speed 158°/s 108°/s 142°/s 180°/s 258°/s 350°/s
Range of Motion ±170° -100°~+150° -135°~+85° ±180° ±130° ±350°
Allowable Wrist Torque - - - 20 N·m 20 N·m 10.47 N·m
Maximum Allowable Inertia of the Wrist - - - 0.28 kg·m² 0.28 kg·m² 0.096 kg·m²

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Robotic Laser Welder