Robot automation systems

TY-QG5020 Robot Laser Cutting Machine with Positioner

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.

Robot axes6axes

Laser options1.5–6kW

WorkholdingRotarypositioner

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

Specifications

TY-QG5020 configuration

Machine configuration

Laser power options: 1,500 / 3,000 / 6,000 W
Robot structure: Six-axis industrial robot
Workpiece positioning: Coordinated rotary positioner
Station arrangement: Configured for the part and loading workflow
Programming: Teach programming / offline programming
Cooling: Water cooling
Power supply: 380 V / 50 Hz

Robot Laser Cutting Machine with Positioner configuration options
Machine configuration
Laser power options	1,500 / 3,000 / 6,000 W
Robot structure	Six-axis industrial robot
Workpiece positioning	Coordinated rotary positioner
Station arrangement	Configured for the part and loading workflow
Programming	Teach programming / offline programming
Cooling	Water cooling
Power supply	380 V / 50 Hz

Features

Configure the system around your production task

Multi-sided access

Reorient the part so the cutting head can follow surfaces beyond a single fixed setup.

Coordinated workholding

Define the fixture and rotary motion around part geometry, clearances and cable access.

Flexible part changes

Use teaching or offline programming to prepare repeatable paths for different parts.

Loading layout

Specify the station arrangement and loading sequence as part of the complete cell.

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.

Automotive panelsTrimming and holes in formed and hot-formed parts

Agricultural and construction partsMulti-sided structural components

Fitness and hardware productsTubular and formed-metal assemblies

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Robot Handling System

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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.

Explore the applications and laser processes connected to this equipment.

Vehicle body structure, battery tray and automotive metal components

Automotive components

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

View solution

Agricultural chassis, plough blades, auger and hydraulic cylinder in a workshop

Agricultural machinery

Cutting, welding and surface repair for frames, blades and working components.

View solution

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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-QG5020 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.