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.Collaborative automation
Compare handheld-and-cobot laser welding, precision-head laser welding and MIG/MAG welding configurations. Select the process and workholding around your part.
TY-HS5019-1
Use the detachable laser welding gun by hand or mount it on a six-axis collaborative arm. Repeated seams can follow a taught robot path, while manual operation supports varied parts and touch-up work. Choose the air-cooled or water-cooled laser package for the application.
TY-HS5019-2
An integrated collaborative-arm laser welding workstation with a precision welding head and flexible workholding. Teach repeatable paths for circular seams, curved joints and visible metal assemblies, with the robot and fixture selected around the part.
TY-HS5019-3
Combine a six-axis collaborative arm, a digital MIG/MAG welding power source and workpiece positioning for structural metal fabrication. Configure the torch, wire, shielding gas and fixture for the material, joint and welding sequence.
Choose between detachable handheld-and-cobot laser welding, precision-head laser welding and MIG/MAG arc welding. These are three distinct process configurations, with their own welding package and workholding requirements.
Use the detachable laser welding gun by hand or mount it on a six-axis collaborative arm. Repeated seams can follow a taught robot path, while manual operation supports varied parts and touch-up work. Choose the air-cooled or water-cooled laser package for the application.
An integrated collaborative-arm laser welding workstation with a precision welding head and flexible workholding. Teach repeatable paths for circular seams, curved joints and visible metal assemblies, with the robot and fixture selected around the part.
Combine a six-axis collaborative arm, a digital MIG/MAG welding power source and workpiece positioning for structural metal fabrication. Configure the torch, wire, shielding gas and fixture for the material, joint and welding sequence.
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.
TY-HS5019-1 uses a detachable laser welding head for manual or cobot-mounted operation. TY-HS5019-2 uses a precision laser welding head, while TY-HS5019-3 uses a MIG/MAG arc-welding package.
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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.
