Αντιεκρηκτική Βαλβίδα / Ασφαλιστική Διάταξη Αερισμού Για Σφράγιση Και Συγκόλληση Κυλινδρικών Κυψελών

Name: Αντιεκρηκτική Βαλβίδα / Ασφαλιστική Διάταξη Αερισμού για Σφράγιση και Συγκόλληση Κυλινδρικών Κυψελών
Uploaded: 2025-12-25CST00:13:44-06:00
Duration: 10 s

Group: Έλεγχος από την πηγή λέιζερ AMB

Release Time: 2025-08-12

Video Keyword: Βιομηχανική μηχανή συγκόλλησης λέιζερ

Video Overview

Discover the HanWei HW-DH-AMB ECO Laser Welding Machine, designed for explosion-proof valve and safety vent welding in cylindrical cells. This advanced machine features dual coaxial laser beams for high-quality, splash-free welds, ensuring efficiency and precision in industrial applications.

Product Featured in This Video

Dual coaxial laser beams for stable, high-quality welds with minimal splashing.
Optimized for welding high-reflectivity materials like aluminum and copper.
Larger process window for uniform, pore-free, and splash-free welds.
Touch screen interface for easy digital parameter setting.
High-performance laser welding head with adjustable beam size (0-5mm).
Suitable for automation in battery modules, electric vehicles, and consumer electronics.
Reduces operating costs with lower downtime and less post-processing.
Competitive pricing with flexible application across various industries.

Ερωτήσεις

What makes the HanWei HW-DH-AMB ECO Laser Welding Machine suitable for welding aluminum?

The machine uses dual coaxial laser beams to preheat the material, increasing absorption and stabilizing the weld pool, which is crucial for welding high-reflectivity materials like aluminum.

How does the ring beam technology improve welding quality?

The ring beam stabilizes the molten pool, reduces splashing, and ensures uniform, pore-free welds by providing consistent heat distribution and gas escape pathways.

What industries can benefit from this laser welding machine?

Industries such as battery manufacturing, electric vehicles, automotive, consumer electronics, jewelry, and shipbuilding can benefit from its precision and efficiency in welding high-reflectivity materials.