Лазерная Сварка HW Для Токосъемной Пластины Цилиндрических Ячеек

Name: Лазерная сварка HW для токосъемной пластины цилиндрических ячеек
Uploaded: 2025-12-18CST00:12:42-06:00
Duration: 12 s

Group: Другие видео

Release Time: 2025-08-08

Video Keyword: Алюминиевая лазерная сварочная машина

Video Overview

Discover the advanced HW Laser Welding Machine by Hanwei AMB, designed for precision welding of current collecting plates in cylindrical cells like the 4680 specification. This solution ensures low-resistance conduction, structural support, and efficient thermal management for optimal battery performance.

Product Featured in This Video

Oscillating Welding Path: Laser beam moves at 120-300 Hz to increase welding area and reduce heat concentration.
Dynamic Power Compensation: Real-time laser power adjustment based on distance from the central path.
Shielding Gas Protection: Inert gases form a vortex barrier to prevent oxidation and spatter.
Reduced Heat-Affected Zone: Short-wavelength lasers minimize heat diffusion for copper collectors.
High-Speed Welding: Rotating turrets enable dynamic welding at speeds >300mm/s with ±0.05mm accuracy.
Beam Control Innovations: Single-mode annular beams with adjustable core/ring beams for deep penetration.
Structural Optimization: Louvered collector design reduces laser penetration depth by 60%.
Reinforced Ribs: Radial or circular ribs resist deformation during casing insertion.

Вопросы

What are the key benefits of using the HW Laser Welding Machine for current collecting plates?

The machine ensures low-resistance conduction, structural support, thermal management, and efficient electrolyte infiltration, enhancing battery performance and durability.

How does the oscillating welding path improve the welding process?

The oscillating welding path at 120-300 Hz increases the welding area and reduces heat concentration, ensuring a more uniform and reliable weld.

What makes the HW Laser Welding Machine suitable for high-speed welding?

The machine features rotating turrets with galvanometers, enabling dynamic welding at speeds >300mm/s with ±0.05mm accuracy, significantly cutting total welding time.