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Welding LaserCell

Robotic Workstation for Laser Welding

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Automated Laser Welding

1Mx1M-Pocess-Area-Icon

1 x 1.5 m Maximum Part Size

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9 Part Loading Options

The Welding LaserCell is a Class 1 robotic system that can be configured with a broad range of welding capabilities and part handling options.

Featuring a single or dual 6-axis robot, the system can bring a laser processing head to a part or move the part beneath a static laser processing head.
  • IPG Image
  • IPG Image
Welding-Icon

Automated Laser Welding

1Mx1M-Pocess-Area-Icon

1 x 1.5 m Maximum Part Size

Configurable-Icon

9 Part Loading Options

The Welding LaserCell is a Class 1 robotic system that can be configured with a broad range of welding capabilities and part handling options.

Featuring a single or dual 6-axis robot, the system can bring a laser processing head to a part or move the part beneath a static laser processing head.

Simple, Flexible Laser Welding

The Welding LaserCell enables a wide variety of applications to take advantage of the speed and quality of laser welding. Single or dual 6-axis robot configurations offer the flexibility to optimize cycle times for different part geometries while a selection of part loading and handling configurations ensures easy integration into the factory floor.

With laser process development, part path programming, and tooling design services from IPG, your LaserCell system can be personalized to offer the best possible performance.

 

IPG fiber lasers and beam delivery heads offer the highest welding speeds and consistent high-quality welds.

Lasers Matched to Your Application

Matching the laser to the welding application is critical for optimizing system performance, increasing productivity, and ensuring quality results.

As the world leader in fiber lasers, IPG offers the widest range of laser sources for welding applications including Adjustable Mode Beam lasers for high-speed, spatter-free welding.

Fiber lasers are capable of welding a wide range of metals and alloys, making them ideal for a wide variety of welding applications.

Fully Integrated Beam Delivery

IPG offers a selection of welding process heads and scanners to optimize any application, whether it requires many small welds or larger, longer weld seams.

In dual robot configurations, a single laser source can supply two separate beam delivery heads simultaneously. Alternatively, two laser sources can support parallel welding of parts.

Real-time weld measurement provides 100% weld quality assurance.

Real-Time Weld Quality Assurance

Optional real-time weld measurement directly measures every weld as it is made to enable 100% weld quality assurance. This patented in-process weld monitoring technology eliminates the need for time-consuming and destructive post weld testing and tracks weld dimension data to warn for process drift.

Full verification of penetration guards against catastrophic part failures and product recalls.

Work with our engineering team to discover the laser solution that best fits your requirements.

Discover Your Next Laser Solution

Our application engineers, developers, and scientists are available across dozens of global state-of-the-art IPG application centers to help with everything from process development and optimization to full scale production.

Getting started is easy — send us a sample for evaluation or just tell us about your project and we'll take it from there.

Get Started

Flexible Part Loading & Positioning

 

Conveyor Loading

 

Working Range:
500 L x 400 W x 250 H mm
Max Part Weight: 500 kg/pallet

 

Turntable

 

Turntable configuration.
Working Range:
1000 L x 400 W x 500 H mm
Max Part Weight: 350 kg/side

 

One or Two Axis Positioner

 

One or two axis positioner configuration.
Working Range:
1000 L x 600 W mm
Max Part Weight: 500 kg

 

Head & Tail Stock

 

Head and tail stock configuration.
Working Range:
1000 L x 600 W mm
Max Part Weight: 500 kg

Welding LaserCell Specifications

Welding LaserCell
Welding LaserCell
Welding LaserCell
Working Range
Process-to-Part: 1000 W x 1500 L x 1000 H mm
Part-to-Process: 165 L x 300 W x 600 H mm, 25 kg
Robot Options
ABB, Fanuc, Kuka, Yaskawa
Part Tooling
Custom-Designed Holding Fixture or Robot Gripper
Part Loading
Manual
Display & Operation
17" HMI with Keyboard & Mouse
Control Software
IPGCore
Dimensions
4200 L x 2200 W x 3000 H mm
Safety & Compliance
Class 1 Laser Safe, RIA 15.06 Compliance
Laser & Beam Delivery
IPG Laser Source
Selected to Best Match Application
Laser Integration
Internal or External
Beam Delivery Head
IPG Welding Head
IPG Scanner
Options
Automated Part Loading
External Robot or Conveyor Pass-Through
Welding LaserCell
Welding LaserCell
Welding LaserCell
Welding LaserCell
Working Range Process-to-Part: 1000 W x 1500 L x 1000 H mm
Part-to-Process: 165 L x 300 W x 600 H mm, 25 kg
Robot Options ABB, Fanuc, Kuka, Yaskawa
Part Tooling Custom-Designed Holding Fixture or Robot Gripper
Part Loading Manual
Display & Operation 17" HMI with Keyboard & Mouse
Control Software IPGCore
Dimensions 4200 L x 2200 W x 3000 H mm
Safety & Compliance Class 1 Laser Safe, RIA 15.06 Compliance
Laser & Beam Delivery
IPG Laser Source Selected to Best Match Application
Laser Integration Internal or External
Beam Delivery Head IPG Welding Head
IPG Scanner
Options
Automated Part Loading External Robot or Conveyor Pass-Through

The specifications above represent standard system configurations. IPG can offer customized specifications upon request.

Product availability may vary by region.

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How Can We Help?

Whether you need a laser system with custom specifications or simply want to learn more about laser processing, an IPG laser ablation expert is ready to help you find your laser solution.

 
 
 

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