Mechanical interfaces often suffer from parasitic forces or material stiffness variations that distort torque readings. Precise measurement ensures structural integrity and operational safety in high-load components.

Standard mechanical fastening often fails to provide reliable electrical continuity due to surface oxides or debris. Establishing a low-resistance path through the fastener ensures grounding and signal integrity in complex assemblies.

Variations in contact pressure and alignment during the welding process lead to structural failures or electrical resistance fluctuations. Ensuring uniform bonding prevents mechanical detachment and improves electrical conductivity across the interface.

Mechanical vibrations and thermal cycles cause threaded fasteners to lose preload and detach. Preventing spontaneous rotation ensures structural integrity and operational safety in high-stress environments.

Variations in initial thread contact and tool positioning lead to improper torque application or stripped threads. Standardizing engagement ensures structural integrity and process repeatability.