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Shenzhen Hanwei Laser Equipment Co., Ltd.

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China A Fiber‑Based Option for Selected YAG Welding Processes QCW Laser Welding
China A Fiber‑Based Option for Selected YAG Welding Processes QCW Laser Welding

  1. China A Fiber‑Based Option for Selected YAG Welding Processes QCW Laser Welding
  2. China A Fiber‑Based Option for Selected YAG Welding Processes QCW Laser Welding
  3. China A Fiber‑Based Option for Selected YAG Welding Processes QCW Laser Welding

A Fiber‑Based Option for Selected YAG Welding Processes QCW Laser Welding

  1. MOQ: 1 Set
  2. Price: USD / Set
  3. Get Latest Price
Pulse Energy 15J/30J
Peak power 1500W/3000W
Power Consumption 2 Kw/2.5 Kw
Delivery Time 10 working days
Pulse Width 0.5-50
Payment Terms T/T
Power Stability ≤ ± 1%
Supply Ability 2000 Sets / year
Laser Power 150W/300W
Packaging Details Export Plywood Packing
Model Number HW-QCW
Certification CE
Place of Origin Shenzhen, China
Brand Name HanWei

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  1. Product Details
  2. Company Details

Product Specification

Pulse Energy 15J/30J Peak power 1500W/3000W
Power Consumption 2 Kw/2.5 Kw Delivery Time 10 working days
Pulse Width 0.5-50 Payment Terms T/T
Power Stability ≤ ± 1% Supply Ability 2000 Sets / year
Laser Power 150W/300W Packaging Details Export Plywood Packing
Model Number HW-QCW Certification CE
Place of Origin Shenzhen, China Brand Name HanWei
High Light Fiber-based QCW laser welding machine ,YAG welding process laser machine ,Industrial QCW laser welder
A Fiber‑Based Option for Selected YAG Welding Processes QCW Laser Welding Machine

The QCW (Quasi-Continuous Wave) fiber laser welding machine is developed for industrial processes that require a combination of extended pulse duration and high peak power. Instead of delivering energy continuously, the laser releases controlled pulses to concentrate energy within the welding area. This operating principle makes QCW technology suitable for applications such as spot welding and seam welding, especially when the process requires a defined amount of energy within a controlled time window. It can be used for a variety of metal joining tasks where localized heating and repeatable pulse output are important.

The system provides a fiber laser-based alternative for certain welding applications traditionally performed with YAG laser equipment. QCW technology can deliver the required pulse characteristics for processes that depend on concentrated laser energy, while the fiber-based architecture provides a different equipment platform from conventional YAG systems. This makes the machine suitable for manufacturers considering the replacement or modernization of selected YAG welding equipment while retaining similar pulsed-laser processing principles.QCW Laser Welder in operation showing precision welding process

Key Features
  • High-Energy Pulses for Controlled Metal Joining.
  • A Fiber-Based Option for Selected YAG Welding Processes.
  • Simplified Service Requirements for Production Use.
  • Integrated Control from Beam Distribution to Pulse Timing.
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
Functions

The QCW fiber laser architecture is designed to reduce the routine service work associated with traditional lamp-pumped YAG systems. By eliminating regular lamp replacement as part of normal operation, the system can reduce maintenance tasks and help limit production interruptions related to consumable laser components. For manufacturers operating equipment over extended production periods, fewer routine service requirements can contribute to lower maintenance expenditure and more convenient equipment management.

Hanwei Laser has developed the key optical and control technologies used for the QCW system, covering high-speed laser beam distribution, energy distribution, and timing control. These hardware and software systems coordinate how laser energy is divided and delivered during processing. The integrated architecture provides a controlled method for managing output energy and timing, while also giving the equipment a foundation for applications requiring multiple processing paths or specialized welding sequences.

Company Details

Bronze Gleitlager

,

Bronze Sleeve Bushings

 and 

Graphite Plugged Bushings

 from Quality China Factory
  • Business Type:

    Manufacturer,Importer,Exporter,Seller

  • Year Established:

    2016

  • Total Annual:

    10000000-20000000

  • Employee Number:

    200~300

  • Ecer Certification:

    Verified Supplier

HanWei Laser offers a range of laser systems, including desktop and handheld laser system models, that use advanced fiber, pulsed or continuous wave, blue laser, diode laser, hybrid laser technology to meet the exact needs of their customers. Also provide custom solutions for specialized appli... HanWei Laser offers a range of laser systems, including desktop and handheld laser system models, that use advanced fiber, pulsed or continuous wave, blue laser, diode laser, hybrid laser technology to meet the exact needs of their customers. Also provide custom solutions for specialized appli...

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Get in touch with us

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  • Shenzhen Hanwei Laser Equipment Co., Ltd.
  • Room 601-701,Building 6, No.3 JingNeng Technology Environmental Protection Industrial Park, No.2 Baolong Road,Longgang District, Shenzhen.China.518116
  • https://www.hanweilaser.com/

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