Proof Before Purchase

Robotic laser welding, proven on your parts.

Send drawings, photos, or samples. We validate the weld, then recommend service production or a custom system.

Start Part Review Explore Welding Systems
Trial weld Inspection report Service or system path
Interactive Configurator Lab

1. Choose your path

1 Robot arm
2 Laser power
3 Laser source brand
4 Laser welding head
5 Auto-matched hardware
Welding head WSX-HB15 robot welding head WSX is the recommended standard route. Raytools remains available for customer preference or replacement planning.
Water chiller S&A CWFL-1500 The S&A CWFL chiller model follows the selected laser power.
6 Process modules
Not Sure Yet?

Tell us the material, thickness, speed target, and inspection requirement.

If the buyer does not know which robot or laser to choose, this brief gives us enough context to recommend the first configuration.

Business Areas

One engineering team, three ways to move forward.

Start with part evidence, then scale into the route that fits your production risk and timing.

Robotic laser welding service setup for sheet panels
Service Production

Outsource proof and small-batch robotic welding.

Trial welds, inspection evidence, and production runs without buying a system first.

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Real robotic laser welding workstation with robot, laser, and fixture table
Turnkey Systems

Configure the complete robotic welding cell.

Robot, laser, fixture, safety, controls, and process package designed around the weld.

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Laser welding application evidence and sample review
Application Proof

Use cases and technical resources to de-risk the decision.

Compare materials, processes, ROI, and reference applications before committing.

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1 input Drawings, photos, or sample parts
8 steps Review, trial weld, test, report, batch
1500W-6000W Typical laser system range
3 processes Autogenous, wire, hybrid
The System

Design the cell around the weld.

System Details
Robotic laser welding fixture and process setup
Process first Material, gap, penetration, and appearance decide the route.
Fixture second Clamping, positioner, loading, and seam access shape the layout.
System last Robot, laser, safety, controls, and training are packaged after the job is clear.
Shop Floor Proof

Watch the workstation prove the weld.

A 78-second proof cut shows real robot motion, welding result, labor comparison logic, and customer-case evidence in one pass.

78-second workstation proof cut Robot motion, weld result, labor comparison, and real customer applications.
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01 Less manual dependence The cell is presented as a way to stabilize output when skilled welding labor is constrained.
02 Process evidence first Real weld footage and result shots support the system discussion before configuration.
03 Application breadth The customer-case montage connects the workstation to multiple production scenarios.
Proof Workflow

One file in. A decision path out.

Start Review
01

You send part data

Drawings, photos, material, thickness, volume, and optional samples.

02

We trial weld

Process route, parameters, fit-up tolerance, and result are tested.

03

We inspect and report

Weld quality, cycle time, risks, and recommended next step.

04

Service or system

Continue batch welding service or configure the custom system.

Evidence

Cases prove. Resources explain.

Cases show project evidence. Resources explain how to decide.

Laser welding sample for fit-up validation
Case Studies

Part, problem, process, result.

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Large part robotic laser processing setup
Applications

Materials, industries, and weld examples.

View Service
Laser welded stainless sample for technical review
Resources

ROI, process choice, and sourcing logic.

Read Guides
Video Evidence

Application videos are already organized for review.

Open Video Library
Next Step

Have a difficult part?

Send drawings, photos, or sample details for a welding review.

Request Technical Review Shop Standard Equipment