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eVTOL and drones shave every gram. How are aluminum bolts, titanium parts and composite-bonded inserts selected? Covering one-third weight reduction, 1.3-1

AI servers run year-round in rotating fan vibration and also experience transport shock. How are fasteners made anti-loosening and fatigue-resistant? Cover

As AI compute-chip heat density climbs, how are heatsinks, heat pipes and liquid cold plates fastened? Covering torque control, anti-loosening/sealing scre

AI-server board density is extremely high. How are micro screws and self-clinching nuts selected? Covering tin-plated copper nuts, SMT, high-current termin

Humanoid-robot joint space is narrow and lightweighting is critical. How are micro fasteners selected? Covering harmonic/RV reducers, dexterous hands and s

How do M1.2 to M4 micro screws guarantee tolerance and anti-loosening in robot sensors, dexterous hands and housing covers? From drive recess, thread form,

What do humanoid robot joints, reducers and actuators demand from fasteners? Combining shoulder screws, high-strength anti-loosening screws, lock washers a

How can fastening inside a battery pack balance anti-loosening, insulation, sealing and torque consistency? Combining GB 38031 and GB/T 31467.3, this artic

Aluminum-alloy bolts have one third the density of steel. What role do AW-6056 and ZT68 high-strength aluminum bolts play in powertrain weight reduction? M

What special requirements do the battery, motor and electronic control systems place on fasteners? Combining IATF 16949 and GB 38031, this article explains