銅用高吸収性、巧みに設計された青色レーザーハイブリッド溶接機

Name: 銅用高吸収性、巧みに設計された青色レーザーハイブリッド溶接機
Uploaded: 2026-01-15CST00:07:16-06:00
Duration: 13 s
Description: Discover Hanwei's High-Absorption Skillfully Designed Blue Laser Hybrid Welding Machine for Copper, engineered for reflective metals like copper, silver, and gold. With over 70% absorption of blue wavelengths, it ensures spatter-free operation, superior weld quality, and double-sided formation from single-sided welding. Ideal for semiconductor, automotive, and jewelry industries.

グループ: ブルーとファイバーレーザーハイブリッドレーザー溶接機

リリース時間: 2025-08-15

ビデオキーワード: 工業用レーザー溶接機

Video Description

Discover Hanwei's High-Absorption Skillfully Designed Blue Laser Hybrid Welding Machine for Copper, engineered for reflective metals like copper, silver, and gold. With over 70% absorption of blue wavelengths, it ensures spatter-free operation, superior weld quality, and double-sided formation from single-sided welding. Ideal for semiconductor, automotive, and jewelry industries.

このビデオで紹介されている製品

Post-welding surfaces are smooth, full, and aesthetically refined.
Self-developed complete chain from laser source to control system and welding head.
Designed for high-reflectivity materials like copper, gold, and silver.
Minimal spark spatter with high-quality, consistent welds.
Features a blue laser hybrid head with water cooling.
Laser power of 1000W with a wavelength of 445nm.
Modulation frequency ranges from 1-10000Hz for precision.
Compact machine size of 1000*450*850mm for versatile use.

FAQ

What materials can the High-Absorption Blue Laser Welding Machine weld?

It is specially designed for welding highly reflective materials such as copper, silver, and gold.

What are the key advantages of using blue laser technology for welding?

Blue laser technology offers over 70% absorption by reflective materials, enabling spatter-free operation, exceptional stability, and superior weld quality with double-sided formation from single-sided welding.

In which industries is this welding machine commonly used?

This machine is widely used in the semiconductor, automotive, jewelry, 3C (computer, communication, consumer electronics), and new energy (battery busbar) industries.