See how an internal lifter and cam mechanism unlock drawers without lifting, protecting the lat
Angled door flanges lock into housing channels to resist pry attacks, improving enclosure security without complex mechanized bolts.
A spool-and-tilting-link center slide retracts and holds multi-point latches while cutting rod linkage weight, door weakening, and complexity.
A geared external controller cuts key torque for emergency door latch retraction while keeping the mechanism simple, reliable, and low cost.
Flexible cables and guide members let a concealed exit-device latch retain the bottom bolt without large door cutouts, preserving structural integrity.
A deflection unit decouples the drive motor from the door lock element acoustically.
Dual-axis rod coupler enables in-situ adjustment of exit device rods, eliminating time-consuming door removal during installation.
Inclined surface energy absorbers shift door end portions to release lock latches, enabling safe exit after structural failure.
Angled door flanges engage housing channels to resist pry attacks, eliminating the complexity and cost of mechanized bolt systems.
Integrating a reinforcing insert into the lock case absorbs external stresses while minimizing production waste from separate components.
Aligning the operating pin with the handle axis reduces volume and eliminates bulky decentralized mechanisms for comfortable closure.
A lock transmission device with a connecting rod converts rotary motion into linear displacement for sliding elements.