Gantry automatic laser welding machineServo multi-axis gantry system with CCD positioning, 1.5-6 kW configurations and a custom working stroke for the submitted workpiece.
Four-axis automatic laser welding machineFour-axis linkage with CCD-assisted positioning, 1-6 kW configurations and ±0.02 mm repeat positioning for curved and special-shaped weld paths.
Five-axis automatic laser welding machineFive-axis servo linkage with CCD positioning, 1-6 kW configurations and ±0.02 mm repeat positioning for three-dimensional curved and special-shaped seams.Industrial robots
Compare five robot systems for laser cutting, laser welding and fixed or rail-mounted handling, including positioner and overhead gantry cutting configurations.
TY-QG5018
Six-axis fiber laser cutting for formed and irregular metal components. Program holes, trimmed edges and three-dimensional contours around the workpiece, with robot reach, tooling and laser power selected for each application.
TY-HS5018
Combine a six-axis industrial robot with a fiber laser welding system for repeatable three-dimensional joints. Configure the welding head, fixtures, wire feed and workpiece access around the material and seam.
H-AGV
A fixed-base or rail-mounted industrial robot handling system for transferring parts and loads between defined stations. Select the gripper, robot reach, rail arrangement and connected equipment around the load and workflow.
TY-QG5020
Pair a six-axis laser-cutting robot with a rotary workpiece positioner for multi-sided metal parts. Coordinated reorientation brings additional surfaces into reach and supports cutting, trimming and hole-making around formed components.
TY-QG5022
A gantry-mounted travelling robot laser-cutting configuration for large formed parts and extended work envelopes. The overhead rail arrangement moves the robot across the work area while fixtures locate the component below.
Engineering layout · overhead gantry-mounted configuration.
Compare standard robot laser cutting, positioner-assisted cutting, overhead gantry cutting, laser welding and fixed or rail-mounted handling. The part, tool access and workholding determine the complete cell.
Six-axis fiber laser cutting for formed and irregular metal components. Program holes, trimmed edges and three-dimensional contours around the workpiece, with robot reach, tooling and laser power selected for each application.
Combine a six-axis industrial robot with a fiber laser welding system for repeatable three-dimensional joints. Configure the welding head, fixtures, wire feed and workpiece access around the material and seam.
A fixed-base or rail-mounted industrial robot handling system for transferring parts and loads between defined stations. Select the gripper, robot reach, rail arrangement and connected equipment around the load and workflow.
Pair a six-axis laser-cutting robot with a rotary workpiece positioner for multi-sided metal parts. Coordinated reorientation brings additional surfaces into reach and supports cutting, trimming and hole-making around formed components.
A gantry-mounted travelling robot laser-cutting configuration for large formed parts and extended work envelopes. The overhead rail arrangement moves the robot across the work area while fixtures locate the component below.
Start with the required process, material, geometry and loading workflow. Then compare the complete robot, tooling, fixture and connected equipment.
Provide part drawings, dimensions, material, production targets, loading method and available floor space. Identify interfaces to existing equipment.
No. Robot repeatability describes the robot motion. The resulting cut, weld or placement also depends on tooling, fixtures, workpiece variation and process settings.
This H-AGV offering is a fixed-base or rail-mounted handling robot. Its configuration is defined by the robot, end effector, station spacing and connected equipment.
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Share your part drawing, material and production requirements. The quotation will identify the selected equipment, tooling, handling options and integration scope for your project.
