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Theoretical Force
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Built for engineers and procurement specialists. Solve your pneumatic sizing and calculation challenges in seconds.
Select a tool to start your calculation.
Instantly find the theoretical thrust and pull force for any cylinder.
Estimate your system’s air usage to optimize efficiency and cost.
Our engineering team has over a decade of industry experience. Get free, expert advice and custom solutions tailored to your application. Leave your details below, and we’ll contact you within one business day.
Choosing the correct bore size depends on the required force. Use our Cylinder Force Calculator for a quick estimate. As a rule of thumb, select a cylinder with a theoretical force 30-50% greater than your load to account for friction and pressure drops. For a detailed analysis, contact our engineers.
Different regions and datasheets use different units. Our Unit Converter provides instant, accurate conversions to prevent errors. The approximate relationship is 1 MPa ≈ 10 bar ≈ 145 psi.
Our calculator provides the theoretical force. The actual (or effective) force is typically 70-85% of the theoretical value due to factors like internal friction, seal resistance, side loads, and pressure losses in the system. Always build in a safety margin when sizing your components.
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Calculate the theoretical push and pull force of a cylinder
Calculate the air consumption for a cylinder
