BYD

Last updated February 1, 2026

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Rotary fluid and electrical unions: BYDRecent Research Landscape

Inconsistent joint penetration and thermal distortion during high-speed battery assembly lead to cell failure. These innovations control the precision of the wire-to-laser interface to ensure structural integrity.

What technical problems is BYD addressing in Rotary fluid and electrical unions?

Structural instability of delicate components

(66)evidences

Fluctuations in pressure during glue dispensing lead to bonding failures and material waste. Maintaining uniform pressure ensures structural integrity in high-speed battery assembly.

Inconsistent seed placement depth

(65)evidences

Unwanted material protrusions on machined tube and shell components cause mechanical interference or fluid flow obstruction. Eliminating these defects prevents assembly failure and ensures component surface integrity.

Rotational interface signal degradation

(48)evidences

Structural defects and thermal instability during high-speed joining of battery components. Eliminating these failures ensures reliable electrical conductivity and prevents cell leakage.