Less friction between piston and cylinder. Guarantee of the high level of functional safety. It prevents the bonding of the seal to the cylinder even after long periods of inactivity. Less wear of the energized ties thanks to the low roughness of the surface. Reduces rolling friction between piston and groove.

Higher resistance to the forces inside the actuator. Empowered Breakaway Torque (BTO & BTC). Installation is allowed in a potential explosive environment. Reduces rolling friction between piston and groove. Maximum control and accuracy in all the stages of the manufacturing process.

It prevents the bonding of the seal to the cylinder even after long periods of inactivity. Guarantee of the high level of functional safety. Installation is allowed in a potential explosive environment. Empowered Breakaway Torque (BTO & BTC). Less friction between piston and cylinder.

Less wear of the energized ties thanks to the low roughness of the surface. It prevents the bonding of the seal to the cylinder even after long periods of inactivity. Less friction between piston and cylinder. Reduced friction between piston and shaft with consequently less wear on the relevant parts. Guarantee of the high level of functional safety.

Installation is allowed in a potential explosive environment. Reduces rolling friction between piston and groove. Less friction between piston and cylinder. Less wear of the energized ties thanks to the low roughness of the surface. Empowered Breakaway Torque (BTO & BTC).

Guarantee of the high level of functional safety. Reduces rolling friction between piston and groove. Empowered Breakaway Torque (BTO & BTC). Maximum control and accuracy in all the stages of the manufacturing process. Installation is allowed in a potential explosive environment.

Installation is allowed in a potential explosive environment. Reduced friction between piston and shaft with consequently less wear on the relevant parts. It prevents the bonding of the seal to the cylinder even after long periods of inactivity. Reduces rolling friction between piston and groove. Empowered Breakaway Torque (BTO & BTC).

Less friction between piston and cylinder. Less wear of the energized ties thanks to the low roughness of the surface. Reduced friction between piston and shaft with consequently less wear on the relevant parts. It prevents the bonding of the seal to the cylinder even after long periods of inactivity. Higher resistance to the forces inside the actuator.

Less wear of the energized ties thanks to the low roughness of the surface. Reduced friction between piston and shaft with consequently less wear on the relevant parts. Maximum control and accuracy in all the stages of the manufacturing process. Empowered Breakaway Torque (BTO & BTC). It prevents the bonding of the seal to the cylinder even after long periods of inactivity.

Maximum control and accuracy in all the stages of the manufacturing process. Less friction between piston and cylinder. Reduced friction between piston and shaft with consequently less wear on the relevant parts. Higher resistance to the forces inside the actuator. Installation is allowed in a potential explosive environment.