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  • calidad QCW Laser Welder with Independently Developed Hardware & Software Systems for Copper fábrica
  • calidad QCW Laser Welder with Independently Developed Hardware & Software Systems for Copper fábrica
  • calidad QCW Laser Welder with Independently Developed Hardware & Software Systems for Copper fábrica
  • calidad QCW Laser Welder with Independently Developed Hardware & Software Systems for Copper fábrica

QCW Laser Welder with Independently Developed Hardware & Software Systems for Copper

Propiedades básicas
Lugar de origen: Shenzhen, China
Nombre de la marca: HanWei
Certificación: CE
Número de modelo: HW-QCW
Propiedades comerciales
Cantidad mínima de pedido: 1 juego
Precio: USD / Set
Condiciones de pago: T/T
Capacidad de suministro: 2000 sets / año
Las etiquetas

Máquina de soldadura por láser industrial 1500w

Reparación de moldes 1500w máquina de soldadura láser

soldadora de laser de la fibra 1500W
Especificaciones
Laser Power: 150W/300W Machine Size: 665*450*300 mm
Peak power: 1500 W/3000 W Pulse Width: 0.5 a 50
Pulse Energy: 15J/30J Wavelength: 1070 nm ± 10%
Power Consumption: 2 kW/2.5 kW Power Stability: ≤ ± 1 por ciento
Input Voltage: AC220V 50/60Hz Cooling Method: Refrigeración por aire
Machine Weight: 22 kg/28 kg Frequency: 100 Hz/2 kHz
High Light:

QCW laser welder for copper

,

industrial laser welding machine with warranty

,

laser welder with independent hardware software
Descripción del producto
QCW Laser Welder with Independently Developed Hardware & Software Systems for Copper

QCW Laser Welder with Independently Developed Hardware & Software Systems for Copper Description:


Quasi-continuous wave (QCW) fiber lasers are a type of laser source that combines long pulse widths with high peak power output, making them highly suitable for industrial welding scenarios that require high energy density and stable thermal input. For example, in precision processes such as metal spot welding, seam welding, and seal welding, QCW lasers can achieve deeper and more robust weld structures while maintaining good weld consistency. Their pulse width can be flexibly adjusted, allowing for strict control of the heat-affected zone in fine welding, while also providing sufficient energy for processing thicker metals, demonstrating strong adaptability.
QCW Laser Welder with Independently Developed Hardware & Software Systems for Copper 0

QCW Laser Welder with Independently Developed Hardware & Software Systems for Copper Features:

1. Replace some YAG laser welding applications.
2. Reduce maintenance costs and improve equipment availability.
3. Independently developed hardware and software systems ensure stable output.


QCW Laser Welder with Independently Developed Hardware & Software Systems for Copper Technical Parameters:

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


QCW Laser Welder with Independently Developed Hardware & Software Systems for Copper Application:

This product is driven entirely by a self-developed software and hardware platform, from the laser core light source and energy-splitting control system to the time-division waveform output system. High-speed responsive control algorithms work in synergy with a highly reliable optical structure to ensure stable welding energy and consistent repeatability, achieving precise matching with different welding stations and production rhythms. This fully independently controllable system architecture not only enhances equipment compatibility but also facilitates future scalable upgrades, meeting the needs of multiple industries and processes.


Shen Zhen HanWei Laser Enterprise and Feature:

Shenzhen Hanwei Laser is one of the few in the world that independently develops the complete set of hardware and software for high-speed laser spectroscopic systems, energy spectroscopic systems, and time spectroscopic systems.

 

Its product lineup primarily covers:

  • Ring-Spot laser welders
  • Blue laser welders
  • Blue laser + fiber hybrid welders
  • Diode + fiber hybrid welders
  • YAG + Diode hybrid welders
  • YAG laser welders
  • Diode laser welders
  • Mold repair laser welders
  • QCW laser welders


In addition, it supplies supporting laser welding control systems, laser welding optical systems, and relevant auxiliary products for laser welding peripherals.


QCW Laser Welder with Independently Developed Hardware & Software Systems for Copper 1QCW Laser Welder with Independently Developed Hardware & Software Systems for Copper 2QCW Laser Welder with Independently Developed Hardware & Software Systems for Copper 3QCW Laser Welder with Independently Developed Hardware & Software Systems for Copper 4
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HW QCW Laser Welding Head with QCW Interface Type for High-Precision 3C Products Quasi-continuous wave (QCW) fiber lasers serve as an optimal solution for industrial applications requiring long pulse durations and high peak power, including spot welding and seam welding. This machine is specifically designed to replace certain YAG laser welding applications, significantly reducing maintenance costs and frequency. Our company is among the few global enterprises capable of

calidad QCW Laser Welder with Independently Developed Hardware & Software Systems for Copper fábrica

QCW Laser Welder with Independently Developed Hardware & Software Systems for Copper

QCW Laser Welder with Independently Developed Hardware & Software Systems for Copper QCW Laser Welder with Independently Developed Hardware & Software Systems for Copper Description: Quasi-continuous wave (QCW) fiber lasers are a type of laser source that combines long pulse widths with high peak power output, making them highly suitable for industrial welding scenarios that require high energy density and stable thermal input. For example, in precision processes such as

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