![Socket Technology (GA)](https://images.ctfassets.net/8ks1shyq5m87/6Y2gbG6S02tkFO4fGQ8nP6/c483c2d78688298d08763956e1b76c2c/NUCdG59FExI_yRbN_OZuSGQNM42YvcTMh.jpg?fm=avif&fm=avif&fit=fill&f=faces&w=1600&h=700&q=75)
![Socket Technology (GA)](https://images.ctfassets.net/8ks1shyq5m87/6Y2gbG6S02tkFO4fGQ8nP6/c483c2d78688298d08763956e1b76c2c/NUCdG59FExI_yRbN_OZuSGQNM42YvcTMh.jpg?fm=avif&fm=avif&fit=fill&f=faces&w=1200&h=1200&q=75)
![Socket Technology (GA)](https://images.ctfassets.net/8ks1shyq5m87/6Y2gbG6S02tkFO4fGQ8nP6/c483c2d78688298d08763956e1b76c2c/NUCdG59FExI_yRbN_OZuSGQNM42YvcTMh.jpg?fm=avif&fm=avif&fit=fill&f=faces&w=720&h=720&q=35)
Pin Lock System
How does it work?
In a Pin Lock System, a so-called pin is screwed into the lower end of the liner. The pin is inserted into a shuttle lock integrated into the socket, thereby connecting the residual limb to the prosthesis.
The system is easy to unlock using a simple mechanism. Shuttle lock fittings are frequently used with transtibial prostheses.
No suspension sleeve is required with this system.