RG-W1500A – Robotic Fiber Laser Welding Machine

The RG-W1500A combines 1500 W fiber laser welding with 6-axis robot technology to deliver a high-efficiency automation solution. As a model developed in the A Series for industrial-scale production, it offers high repeatability (±0.02 mm) and flexible operation, achieving superior performance on complex weld geometries.

How Does Laser Welding Differ from Conventional Welding?
Comparison of conventional welding vs. laser welding
Criterion Conventional Welding Laser Welding
Heat applied to the material Very high Low
Material deformation (%) 90% 5%
Weld strength Low High
Post-weld finishing Grinding, polishing, buffing None or ~10% grinding
Welding speed 10% 90% (up to 8× faster)
Ease of use Complex; requires high skill Simple; lower skill requirement
Consumable cost High Low
Operator safety Not ensured High
Weld bead width Fixed Adjustable 0.8 mm–5 mm
Wire feed Required Optional (with or without wire)
Penetration Fixed Adjustable 0–8 mm
Energy consumption High Low
Environmental impact Causes pollution Eco-friendly
Technical Parameters
● Punta Modu
● Kesim Modu
● Temizleme Modu
● Kaynak Modu
● Bakım gerektirmeyen yapı
● Yüksek hız ve hassasiyet
● Yüksek Güç Verimliliği
● Frekans Stabilitesi
● Yüksek Işın Kalitesi
● Termal Stabilite
● Yüksek Güç Yoğunluğu
● Dayanıklı ve Uzun Ömürlü Yapı
● Optik İzolasyon
● Yüksek mukavemet ve sağlam yapı

Value Added by the Product

  • Full automation: Minimizes human error and raises production standards.

  • Precision: ±0.02 mm tolerance for industries requiring high quality.

  • Efficiency: Up to 40% cycle-time reduction versus conventional methods.

  • Flexibility: Rapid adaptation to different part types.

  • Integrated safety: Guarding and sensors for safe operation. Rgwell


Key Technical Features

  • Laser power: 1500 W fiber laser module

  • Robot arm: 6 axes, 1700 mm reach

  • Repeatability: ±0.02 mm

  • Welding capacity: Up to 6 mm in stainless steel and 4 mm in aluminum in a single pass

  • Programming: Offline software with 3D weld path planning

  • Cooling: Integrated industrial water-cooling system

  • Duty cycle: 24/7 continuous production

  • Warranty: 2 years, including on-site installation and training Rgwell


Industrial Applications & Case Studies

  • Automotive & Tier-1: Chassis parts, exhaust systems, body assemblies

  • White goods: Stainless bodies, panels, tube joints

  • Defense & Aerospace: Precision structural components, tight-tolerance parts

  • Industrial kitchen & furniture: Decorative and hygienic welds

Comparative Analysis – Rgwel vs. Global Competitors

Feature RG-W1500A (A Series) Global Competitors (General)
Laser power 1500 W fiber laser 1000–1500 W fiber laser
Repeatability ±0.02 mm ±0.05 mm
Robotic reach 1700 mm, 6-axis 1500–1700 mm, 6-axis
Welding capacity Stainless: 6 mm / Aluminum: 4 mm Stainless: 5 mm / Aluminum: 3 mm
Programming Offline + 3D path planning Offline (some models)
Service response 48 hours within Türkiye 7–21 days (overseas service)
Warranty 2 years, on-site training included 1 year, limited support

Buying Guide – Handheld Fiber Laser Welding Machine

Recommended for:

  • High-volume, continuous production facilities

  • Industries with very low defect tolerance

  • Manufacturers processing varied part types

  • Plants with industrial automation infrastructure Rgwell

Want to discover the optimal laser welding solution for your industry?
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How can we help?

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Turkey’s Leading Laser Technology and Machine Manufacturer – Rgwel

Rgwel offers high-precision, energy-efficient, and long-lasting solutions in laser welding, laser cutting, laser marking, laser cleaning, and robotic laser systems.
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Frequently Asked Questions

Where does ±0.02 mm repeatability provide a critical advantage?
How much faster is robotic fiber-laser welding vs. manual systems?
For which part sizes is the 1700 mm reach ideal?
How does offline programming shorten planning time?
What is the maximum thickness in stainless steel with RG-W1500A?
How is precision ensured on corners and curved surfaces?
How does the integrated water-cooling system affect performance?
Which wire diameters are supported for aluminum welding?
Which safety standards does the RG-W1500A comply with?
How does a robotic laser system reduce operator count?
How often is maintenance recommended?
Which shielding gases are compatible?
Is the model suitable for project-based, low-volume production?
Is edge preparation important in robotic laser welding?
What floor space does the RG-W1500A require?