Welding Service

You send the drawing or sample. We prove the weld.

Robotic laser welding service is the low-risk path before buying equipment. We review your part data, trial-weld real parts, inspect the result, and return a practical route for batch production or a future custom system.

Upload Drawings or Photos See Validation Workflow
Requirement File

The first step is simple.

Send whatever you already have. We can start with partial data.

DWG 2D drawings, 3D files, or rough sketches
MAT Material grade, thickness, and surface condition
FIT Joint type, maximum gap, and tolerance window
PART Optional sample material, current weld photo, or short video
Service Value

Use real parts to remove the biggest unknowns.

01

Weld proof

See the weld before you buy or redesign anything.

02

Quality evidence

Photos, inspection notes, test data, and cycle-time reality.

03

Process choice

Autogenous, wire-fed, or hybrid route selected by the joint.

04

Upgrade path

Keep outsourcing or transfer the process into your own system.

Process coverage

Autogenous welding Wire-fed welding Laser-arc hybrid welding Butt joints Fillet welds Lap welds Tailor welded blanks Laser hole cutting Robot 3D cutting

Typical equipment coverage includes multiple six-axis robot formats, 1500W-6000W laser cells, 20kW-class hybrid welding options, seam tracking, vision positioning, and custom fixturing.

Actual Applications

Real parts already used to evaluate robotic laser welding.

Robot laser welding a thin sheet transport panel
Thin Sheet

Transport panels and body structures

0.8-3 mm aluminum, stainless, and galvanized sheet.

Large stainless water-cooled structure after laser welding
Sealed Stainless

Airtight and thermal assemblies

Airtight cylinders, exhaust systems, and water-cooled structures.

Thick stainless laser welded sample with machined inspection window
Special Alloys

Higher strength and harder materials

Titanium, armor steel, 17-4 stainless, and Hastelloy.

Equipment & QA

Production equipment backed by test evidence.

Robotic laser welding service running on a real production part

Welding service equipment matrix

  • Multiple six-axis industrial robots for different part sizes
  • 1500W-6000W laser cells plus 20kW-class hybrid process options
  • Vision positioning, seam tracking, dynamic wire feeding, and hybrid arc coordination
  • Flexible custom fixture design and rapid setup support
Laser welded sample used for weld quality review

Quality testing and review

  • Metallography for penetration, width, and HAZ assessment
  • Tensile testing for weld seam mechanical performance
  • Air and water tightness testing when sealing is the goal
  • Visual grading, appearance photos, and process recommendations
Validation Workflow

You do one practical step. We do the rest.

You 1

Send part data

Drawings, photos, material, thickness, tolerance, inspection target, and optional sample parts.

SkyFire 2

Feasibility review

We check weld access, material risk, gap tolerance, and likely process route.

SkyFire 3

Fixture and sample plan

Quick fixture concept, clamping method, robot access, and first-article test plan.

SkyFire 4

Trial welding

We run the weld on production equipment and tune power, speed, wire, gas, and path.

SkyFire 5

Inspection evidence

Weld appearance, section review, tensile or leak testing when required.

SkyFire 6

Process report

We summarize parameters, cycle time, yield risks, and recommended next move.

SkyFire 7

Small-batch validation

For repeat orders, we validate output under real production pacing.

SkyFire 8

Delivery or system transfer

Continue welding service, or convert the validated process into your own robotic system.

Fit Check

When welding service is the right move, and when it is not.

YES
Highly Suitable

Good fit for robotic welding service

  • Repetitive orders with meaningful volume
  • High demands on appearance, strength, and consistency
  • Distortion or yield problems arc welding cannot fix cleanly
  • Teams that want low-cost validation before automation purchase
NO
Not Recommended

Where this route is usually a poor fit

  • Single-piece or ultra-low-volume custom jobs where fixture cost cannot be justified
  • Very poor upstream tolerances with irregular gaps above about 30% of thickness
  • Closed cavities with heavy internal oil or rust that will create severe porosity
Inquiry Checklist

Bring the right inputs for a faster answer.

Information Needed Why It Matters
Post-weld inspection requirements Sets the acceptance standard for appearance, strength, and NDT.
Cycle time and volume Defines whether outsourced welding service or a dedicated robotic system is the better route.
Part photos before and after welding Quickly reveals joint geometry and access constraints.
Optional sample parts or sample material Lets us validate the weld on real material before a system or batch decision.
Current welding process Provides the baseline for heat input, distortion, and labor comparison.
Material, thickness, and incoming tolerance Drives laser power, fixture strategy, and fit-up feasibility.
Maximum assembly gap and existing videos Helps determine whether wire feeding and tolerance compensation are required.
Next Move

Ready to build your own line after validation?

Once the numbers are proven, move directly into a custom robotic laser welding system using the same process logic.

Explore Welding Systems Start the Review