Collaborative robot welding systems

TY-HS5019-2 Collaborative Robot Laser Welding Machine

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.

Laser options1–3kW

Payload options5 / 10kg

Working radius1,300–1,400mm

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The quotation defines the robot, process equipment, fixtures, safeguarding, installation and acceptance scope for your application.

Specifications

TY-HS5019-2 configuration

Machine configuration

Model: TY-HS5019-2
Laser power options: 1,000 / 1,500 / 2,000 / 3,000 W
Robot axes: Six rotational joints
Payload / radius: 5 kg / 1,400 mm or 10 kg / 1,300 mm
Robot repeatability: ±0.02 mm (5 kg) / ±0.05 mm (10 kg)
Welding head: Precision laser welding head with CCD camera
Welding modes: Continuous / pulse / spot / wobble / wire-filled
Worktable options: Flexible hole-system table / rotary station table
Power supply: 220 V / 380 V, 50/60 Hz

Collaborative Robot Laser Welding Machine configuration options
Machine configuration
Model	TY-HS5019-2
Laser power options	1,000 / 1,500 / 2,000 / 3,000 W
Robot axes	Six rotational joints
Payload / radius	5 kg / 1,400 mm or 10 kg / 1,300 mm
Robot repeatability	±0.02 mm (5 kg) / ±0.05 mm (10 kg)
Welding head	Precision laser welding head with CCD camera
Welding modes	Continuous / pulse / spot / wobble / wire-filled
Worktable options	Flexible hole-system table / rotary station table
Power supply	220 V / 380 V, 50/60 Hz

Features

Configure the system around your production task

Precision-head configuration

Use the laser welding head and observation camera for repeatable programmed joints.

Flexible fixture table

Locate different part families on a hole-system table with application-specific fixtures.

Robot options

Match payload and radius to the welding head, cable package and seam accessibility.

Repeatable path setup

Combine drag teaching and offline programming where appropriate for the part geometry.

Project configuration

From workpiece review to cell integration

01
Workpiece and production review
02
Robot and process selection
03
Fixture and layout planning
04
Programming and interface setup
05
Safeguarding and access review
06
Process trials and acceptance

01
Workpiece and production review
02
Robot and process selection
03
Fixture and layout planning
04
Programming and interface setup
05
Safeguarding and access review
06
Process trials and acceptance

Application scope

Parts and production applications

Review material, geometry, access and production requirements with the proposed configuration.

Kitchen and sanitary wareStainless-steel products and visible welds

Automotive componentsSensors and other precision metal assemblies

Precision fabricationLighting, metalwork and sealed components

Compare related robot configurations

Handheld and Cobot Laser Welding Machine

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.

Collaborative Robot MIG Welding Machine

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.

Explore the applications and laser processes connected to this equipment.

Stainless-steel sinks, kettles and fabricated kitchen components

Kitchen & sanitary ware

Cutting, welding and marking for sinks, showerheads, tee pipes and kettles.

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Vehicle body structure, battery tray and automotive metal components

Automotive components

Laser processing for body structures, powertrain parts and battery components.

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Define the complete workstation before selecting the robot

Workpiece and tooling

Provide drawings, material, dimensions, mass and the required operations. Include fixture access and the intended loading method so the robot and tooling can be selected together.

Integration and acceptance

Specify production targets, connected equipment and available floor space. Agree the process trial, guarding, interfaces and acceptance criteria for the complete cell.

Machine selection questions

How is the TY-HS5019-2 configured?

What information is needed for a quotation?

Send representative part drawings, material and dimensions, required operations, target output and available layout. Include connected equipment and any requested fixture or positioner.

How are guarding and operator access defined?

The complete application determines protective measures. The process, tool, workpiece, fixtures and operator access are considered together when defining guarding and interlocks.

Request a quote

Tell us the part. We will tell you the machine.

Price and delivery depend on the robot, process package, workholding, safeguarding and integration scope.