QCW Platform Laser Welding Machine
The QCW platform laser welding machine balances high peak power with excellent beam quality through pulsed control of a continuous fiber laser. It is especially suitable for micro-spot and thin material welding. Compatible with high-reflective metals, it features minimal thermal deformation and is widely applied in electronics, medical, automotive, and more.
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Description
Joylaser QCW Platform Laser Welding Machine Product Introduction
The QCW platform laser welding machine is a high-precision solution that combines the advantages of pulsed and continuous fiber laser technology. It excels at welding ultra-fine micro spots (down to 0.1mm) and thin materials like 0.1–0.3mm copper foil. Featuring high peak power, excellent beam quality, and advanced pulse control, it is suitable for welding high-reflective metals such as aluminum, copper, and titanium. With low heat input and minimal deformation, this system ensures consistent, high-quality welds across demanding applications in electronics, medical devices, automotive sensors, fine hardware, and jewelry repair. It also supports automation integration, making it an ideal tool for smart manufacturing.
QCW Platform Laser Welding Machine Core Advantages
1.Combines high peak power with superior beam quality for high-precision welding through pulse control.
2.Excels in welding micro spots (as small as 0.1mm) and thin materials like 0.1-0.3mm copper foil.
3.Performs well on high-reflective materials like aluminum and copper, producing clean and stable welds.
4.Low heat input reduces thermal deformation with minimal metallurgical changes in the heat-affected zone.
5.Energy feedback ensures uniform output and micron-level weld seam precision.
QCW Platform Laser Welding Machine Demo
This video showcases the powerful capabilities of our QCW platform laser welding machine in real-time operation. Equipped with a stable XYZ platform and high-speed galvanometer scanning system, this machine ensures high-precision, low-spatter welds on fine metal parts. The QCW (Quasi-Continuous Wave) fiber laser technology allows both continuous and pulsed welding, making it suitable for electronics, sensors, medical instruments, and precision mold repair. During the welding process, you can observe consistent energy delivery, minimal thermal impact, and exceptionally smooth seams. It’s the ideal solution for manufacturers requiring microscopic welds with repeatable accuracy and minimal post-processing.
QCW Platform Laser Welding Machine Technical Parameters
| Specification | Details |
|---|---|
| Laser Type | QCW Fiber Laser |
| Laser Wavelength | 1080nm ±5nm |
| Output Optical Power | 60W / 100W / 150W |
| Max Pulse Energy | 6J / 10J / 15J |
| Max Peak Power | 600W / 1000W / 1500W |
| Pulse Width | 0.2 – 50 ms |
| Operation Mode | QCW |
| Machine Power Consumption | 300W / 400W / 600W |
| Power Requirements | AC 220V ±10%, 50/60Hz |
| Laser Operating Temperature | 10°C – 45°C |
| Cooling Method | Air Cooling |
QCW Platform Laser Welding Machine Application Scenes
Electronics Industry：
Precision welding for battery tabs, inductors, connectors, and microelectronics.
Medical Industry：
Welding of surgical tools, endoscopic accessories, and implantable components.
Automotive Manufacturing：
Sensor welding, wire harness bonding, and fine metal part joining.
Hardware Products：
Welding of fine metal parts, tool repairs, and mold refurbishment.
Telecommunication Device Manufacturing：
Micro welding for RF shielding cases, miniature connectors, and signal modules.
Scientific Research：
Experimental welding processes and development of new material techniques.
QCW Platform Laser Welding Machine Customer Cases
1.A German electronics company used the QCW platform laser welding machine for high-precision sealing of 0.2mm copper foil battery connectors, solving overheating issues seen in traditional methods. This resulted in uniform welds, excellent conductivity, and a 30% boost in production efficiency.
2.An Indian medical device firm required flawless welds for stainless steel microtubes used in implant-grade products. The QCW laser ensured pore-free, smooth seams without collapse or deformation, successfully meeting FDA quality certification standards.
3.A Chinese premium kitchenware manufacturer used the QCW platform laser welding machine for precise welding of high-reflective aluminum handles. It eliminated discoloration and thermal deformation common in traditional welding, delivering flawless surface quality and enhanced brand value.
QCW Platform Laser Welding Machine Welding Example
Joylaser QCW Platform Laser Welding Machine (FAQ)
Q1: What materials can this QCW Platform Laser Welding Machine weld?
A1: This QCW Platform Laser Welding Machine can weld various metals including stainless steel, carbon steel, aluminum alloy, copper, and titanium. It is ideal for industrial laser welding applications that require high precision.
Q2: What are the welding depth and speed of this Laser Welding Machine?
A2: Welding depth and speed vary based on power, material thickness, and settings. Our platform laser welding machine supports high-power output for deep penetration and fast welding, ideal for industrial applications.
Q3: Will there be thermal deformation during precision laser welding?
A3: Precision laser welding uses spot welding and pulse control with a minimal heat-affected zone, significantly reducing the risk of deformation. It’s ideal for electronics or micro-part welding.
Q4: How does the Industrial Laser Welding Equipment achieve automated control?
A4: Our industrial laser welding equipment supports automation through integration with motion platforms, robotic arms, and vision systems, enabling batch welding with high positioning accuracy.
