RG-W2000A

RG-W2000A – Robotic Fiber Laser Welding Machine

The RG-W2000A Robotic Fiber Laser Welding Machine offers solutions for the most demanding welding applications with its powerful 2000 W fiber laser module, 6-axis robotic arm, and advanced control software. Thanks to its ±0.02 mm repeatability accuracy, it delivers welds that meet the highest production standards in the automotive, heavy industry, white goods, and defense sectors.This model ensures maximum speed, reliability, and efficiency for large-scale production facilities.

Lazer Kaynağının, Geleneksel Kaynak Yöntemlerinden Farkı Nedir?
Diğer Kaynak Yöntemleri Lazer Kaynak
Malzemeye İşlenen Sıcaklık Çok Yüksek Düşük
Malzemedeki Deformasyon %'si 90% 5%
Malzemedeki Kaynak Mukavemeti Düşük Yüksek
Kaynak Sonrası Tesfiye İşçilikleri Taşlama, Parlatma, Polisaj Yok veya %10 Taşlama
Kaynak Hızı 10% %90 (8kat'a kadar daha hızlı)
Kullanım Zorluğu Karmaşık ve Ustalık İsteyen Basit ve Ustalık Gerektirmeyen
Sarf Malzeme Gideri Yüksek Az
Operatör Güvenliği Yok Üst Düzey
Kaynak Genişliği Sabit Ayarlanabilir 0.8mm - 5mm
Tel Besleme Var Beslemeli veya Beslemesiz Kullanabilme
Kaynak Nufuziyeti Sabit Ayarlanabilir 0mm - 8mm
Enerji Tüketimi Yüksek Düşük
Çevreye Etkisi Çevre Kirliliğine Yol Açar Çevre Dostu
Teknik Parametreler
● 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
● Bakım gerektirmeyen yapı

Value Added by the Product

  • Efficiency: Up to 40% shorter cycle times compared to conventional methods

  • Flexibility: Rapid adaptation to different part types and production lines

  • Safety: Laser safety systems compliant with EN ISO 11553 standards

  • Cost Advantage: Less labor requirement and reduced maintenance costs

Key Technical Specifications

  • Laser Power: 2000 W Fiber Laser

  • Robot Arm: 6 axes, 360° reach

  • Accuracy: ±0.02 mm

  • Capacity: 8 mm stainless steel, 6 mm aluminum (single pass)

  • Programming: Offline + 3D path planning

  • Cooling: Integrated water-cooling system

  • Operating Time: 24/7 continuous operation

Industrial Applications and Case Studies

  • Automotive: Chassis, exhaust, body assembly

  • Defense: Armored vehicle components

  • White Goods: Stainless-steel body fabrication

  • Energy: Pipelines and pressure vessels

  • Heavy Industry: Thick steel plate welding

Comparative Analysis – Rgwel vs Global Competitors

Feature / Criterion Global Solutions RG-W2000A (Rgwel)
Laser Power 1500–4000 W (optional) 2000 W standard
Accuracy ±0.05 mm ±0.02 mm
Programming Limited offline Advanced offline + 3D
Maintenance & Service High cost Low cost, 48 hours
Spare Parts Supplied from abroad Fast domestic support in Türkiye
ROI (Return on Investment) Long payback period Short payback time

Buying Guide – Robotic Fiber Laser Welding Machine

  • Best For: Medium- and large-scale industrial production facilities

  • Alternative Models: RG-W1500A for small business applications

  • ROI: Payback within 1–2 years

  • Additional Benefit: On-site installation and free operator training

Would you like to discover the most suitable laser welding solution for your industry?
Request a free demo today and our technical consultants will contact you shortly!

How can we help?

For questions or quote requests, you can reach us via the contact form or call our number for the fastest support.

 

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.
Discover the most suitable laser machine for your needs from the categories below.

 

RG-W2000A

Laser Machine Welding FAQ

At which metal thicknesses does the RG-W2000A’s 2000 W laser power deliver the best performance?
What advantage does a ±0.02 mm precision offer in robotic laser welding systems?
How is the RG-W2000A optimized for 24/7 operation?
What does the offline programming feature provide in production planning?
For which geometries is the RG-W2000A’s 6-axis robotic arm advantageous?
How efficient is this model in terms of energy consumption?
Which automotive components is the RG-W2000A most commonly used for?
How does robotic laser welding reduce human-induced errors?
What laser safety measures are used in the RG-W2000A?
How are maintenance costs more advantageous compared to global solutions?
Which shielding gases are compatible with the RG-W2000A?
Is this model suitable for small-scale production?
How are labor costs reduced in robotic laser welding?
What software integrations are included with the RG-W2000A?
How is operator training provided after installation?