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Machines de soudage industrielles au laser
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QCW Laser Welder with Independently Developed Optical Distribution & Timing Control System

QCW Laser Welder with Independently Developed Optical Distribution & Timing Control System

Nom De Marque: HanWei
Numéro De Modèle: HW-QCW
Nombre De Pièces: 1 ensemble
Prix: USD / Set
Conditions De Paiement: T/T
Capacité à Fournir: 2000 sets / an
Informations détaillées
Lieu d'origine:
Shenzhen, Chine
Certification:
CE
Puissance laser:
150W/300W
Consommation d'énergie:
2 kW / 2,5 kW
Taille de la machine:
665 * 450 * 300 mm
Méthode de refroidissement:
Refroidissement par air
Puissance de pointe:
Pour les appareils à commande numérique
Poids de la machine:
22 kg / 28 kg
Énergie pulsée:
15J / 30J
Fréquence:
100 Hz / 2 kHz
Longueur d'onde:
1070 nm ± 10%
Stabilité de puissance:
≤ ± 1%
Largeur d'impulsion:
0.5 à 50
Tension d'entrée:
AC220V 50 / 60Hz
Détails d'emballage:
Emballage du contreplaqué à exportation
Capacité d'approvisionnement:
2000 sets / an
Mettre en évidence:

QCW laser welder with optical distribution

,

industrial laser welding machine with timing control

,

QCW laser welder with independent system

Description du produit
QCW Laser Welder with Independently Developed Optical Distribution & Timing Control System
Quasi-Continuous Wave (QCW) fiber lasers are widely used in metal manufacturing fields requiring strict thermal input control, thanks to their ability to deliver high peak energy over extended pulse durations. Whether for spot welding on metal surfaces, regular weld seam joining, or welding of small-to-medium-sized structures demanding stable energy density, this type of laser source maintains reliable beam performance.
QCW Laser Welder with Independently Developed Optical Distribution & Timing Control System 0
Key Features
  • Key Features of QCW Fiber Laser Sources with Long Pulse Duration and High Energy Output
  • Specialized Design Solution for YAG Process Replacement Requirements
  • Structural Advantages in Reducing Daily Operation Burden and Maintenance Costs
  • Independently Developed Optical Distribution and Timing Control System
Technical Specifications
Model HW-Q-150 HW-Q-300
Input Voltage AC220V 50/60Hz AC220V 50/60Hz
Machine Size 665*450*300 mm 665*450*300 mm
Wavelength 1070nm ± 10% 1070nm ± 10%
Frequency 100 Hz 2 KHz
Machine Weight 22 Kg 28 Kg
Laser Power 150 W 300 W
Peak Power 1500 W 3000 W
Pulse Width 0.5-50 0.5-50
Pulse Energy 15 J 30 J
Power Stability ≤ ± 1% ≤ ± 1%
Power Consumption 2 Kw 2.5 Kw
Cooling Method Air Cooling Air Cooling
Applications
To address the shortcomings of traditional YAG lasers in energy consumption, beam quality, and long-term stability, this QCW laser welding machine has been specifically designed with process reengineering for common YAG welding scenarios. Featuring more uniform energy output and adjustable modes, the equipment is capable of handling typical YAG applications such as metal assembly welding, component joining, and precision structure welding.
About Shenzhen Hanwei Laser
Shenzhen Hanwei Laser stands as one of the world's rare enterprises boasting independent R&D capabilities for the complete hardware and software suite of high-speed laser beam splitting systems, energy splitting systems, and time splitting systems. Its product range primarily covers various laser welding solutions and complementary laser welding control systems.
QCW Laser Welder with Independently Developed Optical Distribution & Timing Control System 1 QCW Laser Welder with Independently Developed Optical Distribution & Timing Control System 2 QCW Laser Welder with Independently Developed Optical Distribution & Timing Control System 3 QCW Laser Welder with Independently Developed Optical Distribution & Timing Control System 4