Small Bore Cylinder/Piston

In a Pressure Intensifier system, the Small Bore Cylinder/Piston is a critical sub-assembly responsible for the initial or intermediate stage of pressure amplification. It typically features a cylinder with a reduced internal diameter (the 'small bore') and a closely fitted piston. This configuration allows a relatively small input force acting over the piston's area to generate a high-pressure output within the confined fluid volume of the cylinder bore, serving as a fundamental force-transmitting element in the intensification process.

The piston is sealed within the cylinder bore. When hydraulic fluid or air is introduced on one side of the piston, the pressure acts on the piston's cross-sectional area, generating a linear force (Force = Pressure × Area). Due to the small bore (small area), a given fluid pressure results in a proportionally smaller force output from this stage compared to a larger bore. This force is then transmitted mechanically (e.g., via a rod) or hydraulically to a subsequent stage (like a larger area piston) to achieve final pressure intensification. The small bore minimizes the fluid volume required for displacement, allowing for rapid response and precise control in building pressure.