0.15 mm repeatability  ·  98.7 % first-pass yield

Six-axis precision.
Ten thousand passes.
Zero drift.

Single Robot Specifications

The W-8200 Series. Every number that matters.

Close-up of robotic MIG torch wire feeder mechanism showing copper contact tip and liner assembly against dark industrial background
W-8200 · Wire Feeder Assembly · Push-Pull Configuration
GMAWFCAWGTAW PulseSAWPlasma
Axes6axis
Reach1,850mm
Repeatability±0.15mm
Payload20kg
Duty Cycle100%
Wire Speed Range1–22m/min
IP RatingIP67
Max Arc Current500A
Cell-Level Throughput

The business case, one hard number at a time.

0.0min
Cycle Time per Weldment
0hrs/yr
Annual Arc-On Hours
0months
Avg. ROI Payback
0.0%
First-Pass Yield
Laser seam tracker sensor mounted on robotic welding torch head scanning a T-joint weld path on structural steel plate in a dark industrial cell
W-8200 · Laser Seam Tracker · ±0.05 mm Path Correction
Deployed in Production

Trusted by engineering teams at

Hyundai Heavy Industries
Caterpillar Fabrication
Baker Hughes
Fincantieri Marine
Denso Manufacturing
McDermott Offshore

We pulled the X-ray reports after the first production run. Defect rate dropped from 4.1 % to 0.3 %. The Weld cell paid for itself in eleven months.

Marcus Oduya
Director of Welding Engineering · Fincantieri Marine Group
11mo
ROI Payback
93%
Defect Reduction
Request a Cell Layout

Tell us your weld.
We'll spec the cell.

Four fields. One call with an applications engineer. A preliminary cell layout drawing within 5 business days — no charge.

12 mm
1 mm100 mm

No sales pressure. Preliminary layout drawing at no charge.

What You Receive
  • Preliminary cell layout drawing (DXF + PDF)
  • Estimated cycle time analysis for your part family
  • Budgetary capital cost ± 15 %
  • Projected ROI payback in months
  • Compatible process & consumable recommendations

W-8200 Full Specification Sheet

24-page technical datasheet covering all kinematic specs, electrical requirements, and process parameters. PDF, 3.2 MB.