: The "key" is carefully pulled out. While too soft to turn the lock on its own, it provides a perfect negative mold. This mold is then used to measure pin heights or as a template to cut a permanent metal key. Primary Use Cases
: Highly accurate; reduces the risk of mechanical damage to the lock; works on complex, multi-axis pin systems. FlГјssiger SchlГјssel
Essentially, it is a low-viscosity, fast-curing compound—often a silicone or polymer-based material—designed to flow into the intricate chambers of a lock. Unlike traditional mechanical impressioning, which uses metal blanks and physical force, the liquid key method relies on chemical casting to duplicate the internal geometry of the pins or wafers. How the Process Works : The "key" is carefully pulled out
: Ideal for antique or rare locks where a blank key is not available. Primary Use Cases : Highly accurate; reduces the
: The lock is cleaned and often treated with a release agent to ensure the hardened material doesn't bond to the cylinder.
: The "key" is carefully pulled out. While too soft to turn the lock on its own, it provides a perfect negative mold. This mold is then used to measure pin heights or as a template to cut a permanent metal key. Primary Use Cases
: Highly accurate; reduces the risk of mechanical damage to the lock; works on complex, multi-axis pin systems.
Essentially, it is a low-viscosity, fast-curing compound—often a silicone or polymer-based material—designed to flow into the intricate chambers of a lock. Unlike traditional mechanical impressioning, which uses metal blanks and physical force, the liquid key method relies on chemical casting to duplicate the internal geometry of the pins or wafers. How the Process Works
: Ideal for antique or rare locks where a blank key is not available.
: The lock is cleaned and often treated with a release agent to ensure the hardened material doesn't bond to the cylinder.