The MISUMI USA torque calculator is a handy tool for converting torque measurements between different units quickly and accurately. Torque, in simple terms, is a rotational force—the kind of force that causes something to spin or turn. It’s calculated by multiplying the amount of force applied by the distance from the point of application. Because of this, torque values are expressed in units that combine force and distance, like 15 lbf.ft (pound-force feet). For example, torque measured in ounces and inches (ozf.in) will naturally be smaller than the same force measured in feet and pounds or yards and tons.
With our calculator, you can effortlessly switch between torque measurement units. Whether you’re converting within the same measurement system—like ozf.in to lbf.ft—or between systems, such as ozf.in to kgf.cm, the tool simplifies the process. Bookmark this page as your go-to torque conversion resource, and save yourself the hassle of manual calculations.
Torque Conversion Calculator
International Torque Measuring Systems
American Units
- ozf.in – Ounce-force inch (commonly referred to as inch-ounces)
- lbf.in – Pound-force inch (commonly referred to as inch-pounds)
- lbf.ft – Pound-force foot (commonly referred to as foot-pounds)
International Standard (SI Units)
- mN.m – MilliNewton meter
- cN.m – CentiNewton meter
- N.m – Newton meter
Metric Units
- gf.cm – Gram-force centimeter
- kgf.cm – Kilogram-force centimeter
- kgf.m – Kilogram-force meter
If you’d like to dive deeper into torque or have other engineering questions, don’t hesitate to reach out to us at MISUMI USA—we’re here to help. Be sure to explore our other calculators and resources for practical tips and tools to streamline your engineering projects.
Author: Scott Bredemann | Updated: 5/21/2025
Disclaimer
The content on this webpage is for informational purposes only. MISUMI makes no guarantees, expressed or implied, regarding the accuracy, completeness, or validity of the information. Performance parameters, tolerances, designs, materials, or processes should not be assumed to reflect third-party suppliers’ or manufacturers’ deliverables within MISUMI’s network. Buyers are responsible for specifying their part requirements