RG-W3000A

RG-W3000A Robotic Fiber Laser Welding Machine

The RG-W3000A is a 3000W fiber laser welding system engineered for high-speed and high-precision welding applications. It ensures maximum efficiency in industries such as automotive, aerospace, white goods, and defense — ideal for metal part assembly, thin sheet welding, and complex geometrical components.

  • Achieves ±0.02 mm repeatability through its high-precision robotic arm.

  • Industrial-grade laser source ensures deeper penetration and cleaner weld seams.

  • Integrated cooling system and intelligent control software guarantee stable long-term performance.

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
● Yüksek mukavemet ve sağlam yapı

Value Added by the Product

 

  • Combines metal parts up to 3–6 mm thickness with ease using its 3000W power.

  • Robotic arm design enhances the repeatability and quality of weld seams.

  • Low maintenance requirements and high energy efficiency reduce operating costs.

  • Precision focusing system minimizes heat-affected zones and prevents material distortion.

Key Technical Specifications

 

  • Laser Power: 3000W

  • Repeatability: ±0.02 mm

  • Cooling System: Integrated water-cooled control unit

  • Control Software: CNC-based user-friendly interface

Industrial Applications and Case Studies

 

  • Automotive Industry: High-speed and precision welding for chassis, seats, and door panels.

  • White Goods: Seamless weld lines on stainless steel housings.

  • Defense Industry: High-strength welds on lightweight alloy components.

  • Heavy Industry: Long-lasting performance and stability even under intensive operation.

Comparative Analysis – Rgwel vs Global Competitors

Features RG-W3000A Global Solutions (Average)
Laser Power 3000W 2000–2500W
Repeatability ±0.02 mm ±0.05 mm
Max Welding Depth 6 mm 4 mm
Energy Efficiency 92% 80%
Optical Quality High-precision lens Standard lens
Cooling Unit Integrated External
Optimal Maintenance Interval 750 hours 500 hours
User Interface Multilingual touchscreen Limited language options

 

Buying Guide – Handheld Fiber Laser Welding Machine

When selecting your machine, consider factors such as the type and thickness of material, working environment, and production volume.
The RG-W3000A is an ideal solution for automotive, white goods, and defense industry applications.
You can also request a free demo or technical consultation from Rgwel engineers to digitalize your production process.

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.

 

Laser Welding Machine

Frequently Asked Questions (FAQ)

What is the maximum welding depth achievable with the RG-W3000A for thick sheet materials?
What advantages does the 3000W robotic laser welding machine offer in automotive chassis production?
How much energy savings does the RG-W3000A provide compared to other welding technologies?
Is the 3000W laser welding suitable for titanium and special alloys?
How long is the laser lifespan of the RG-W3000A suitable for continuous operation?
In which defense industry applications is this model preferred?
How is deformation risk minimized during welding with the RG-W3000A?
For which components in the white goods sector is the 3000W robotic laser welding machine ideal?
How long does it take for the RG-W3000A to achieve return on investment?
How is this model integrated into Industry 4.0 systems?
Can the 3000W laser welding machine be used for fine and delicate applications?
Under what conditions does the cooling system provide maximum efficiency?
How does the RG-W3000A reduce labor costs compared to manual welding methods?
Is the 3000W laser welding machine advantageous for export-oriented manufacturers?
How are spare parts and service support provided for this model?