Semiconductor Composite Aluminium Laser Welding Machine High Speed Low Porosity
| Laser Type: | Yarı İletken Kompozit Lazer | Applicable Material: | Alüminyum, Alüminyum Alaşımlı, Yüksek Yansıtmalı Metaller |
| Melt Point Stability: | Yüksek Hızlı Kapalı Döngü Kararlı Kontrol | Cooling Method: | Su soğutma |
| Automation: | Otomatik, Robotik Entegrasyon Desteklenir | Machine Size: | 1000*450*850mm |
| High Light: | Aluminium High Reflectivity Welding,Low Internal Porosity Welding,High Speed Melt Stability |
||
HanWei Mavi Lazer kaynak başlığı için üretim sırasında tutarlı ışın teslimatı
HW Consistent Beam Delivery During Production for Blue Laser Welding Head Product Description: The blue laser welding head is designed for metal joining applications where material reflectivity can affect conventional laser processing. Operating with blue laser technology, it is particularly ...
Endüstriyel Lazer kaynak için esnek bir platformlu yarı iletken hibrit kaynak makinesi
Semiconductor Hybrid Welder with A Flexible Platform for Industrial Laser Welding The semiconductor hybrid welding machine combines semiconductor and fiber laser technologies within one welding process. The two laser sources contribute different energy characteristics, allowing the welding process ...
QCW Lazer Kaynak Kafası, 3C ve Hassas Endüstriler İçin İdeal Bir Kaynak Bileşenidir
QCW Laser Welding Head is An Ideal Welding Component For 3C & Precision Industries The QCW laser welding head is developed for precision-oriented welding processes that require accurate laser energy control and excellent beam stability. Compatible with QCW laser sources and low-power laser systems, ...
YAG Enerji Olumsuz Geri Dönüşümlü Lazer kaynak makinesi geniş bir hassas kaynak aralığı için
YAG Energy Negative Feedback Laser Welder for a Wide Range of Precision Welding The YAG Energy Feedback Laser Welding Machine adopts a fiber transmission output design, allowing laser energy to be delivered efficiently to the welding position. It supports both single-beam and multi-beam output ...
