Glass and frameless assemblies introduce structural constraints that traditional locking solutions do not address. The absence of a solid leaf core changes how forces are distributed, how fixings are applied and how tolerances evolve over time.
Improper electrification of glass doors often results in instability, vibration, aesthetic compromise or long-term stress on the glass itself. What appears visually minimal requires precise mechanical adaptation. The locking solution must integrate without creating pressure points or alignment instability.
Electrification in these environments demands a dedicated approach that respects both structural fragility and architectural intent. The objective is not only to secure the opening, but to do so without altering the visual transparency or structural balance of the installation.
We adapt door control systems specifically for glass assemblies, ensuring reliability without compromising design integrity.
