ระบบเชื่อมเลเซอร์ HW-QCW

Name: ระบบเชื่อมเลเซอร์ HW-QCW
Uploaded: 2025-12-24CST00:13:53-06:00
Duration: 1 min 6 s
Description: ระบบเชื่อมเลเซอร์ HW-QCW, ดู QCW แหล่งเลเซอร์คลื่นเกือบต่อเนื่องสําหรับการปั่นเลเซอร์พลังงานสูง วิดีโอ, โดย คุณภาพ แหล่งเลเซอร์ ซัพพลายเออร์จากจีน.

Group: ระบบเชื่อมเลเซอร์ HW-QCW

Release Time: 2023-09-04

Video Keyword: แหล่งเลเซอร์

Video Overview

Discover the HW-QCW Laser Welding System, a high-power quasi-continuous wave laser source designed for precision welding. Ideal for high-reflection alloys and thermal-sensitive materials, this system offers superior penetration and minimal heat input. Learn how QCW technology enhances welding quality with stable molten pools and smaller heat-affected zones.

Product Featured in This Video

High peak power for welding brass, aluminum, and other high-reflection materials.
Stable laser welding process with intermittent beam emission for consistent results.
Smaller heat-affected zone due to intermittent cooling, ideal for thin materials.
High photoelectric conversion efficiency up to 30%, ensuring energy savings.
Multiple output modes including QCW, PWM, and CW for versatile applications.
Compact and air-cooled design for easy integration into existing systems.
Independent R&D and manufacturing ensure high-quality and reliable performance.
Compatible with various QCW laser welding heads for high-precision welding tasks.

คำถามที่พบบ่อย

What is the advantage of QCW laser welding over continuous wave lasers?

QCW lasers offer higher energy density and penetration, making them ideal for high-reflection alloys and thermal-sensitive materials. They also produce smaller heat-affected zones and more stable molten pools.

Can the HW-QCW Laser Welding System be integrated into existing setups?

Yes, the system is designed for easy integration and can be adapted to most existing welding systems with minimal modifications.

What types of materials can be welded using the HW-QCW system?

The system is suitable for welding high-reflection materials like brass and aluminum, as well as thermal-sensitive materials, thanks to its high peak power and precise control.

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