This page should be your main calculator hub, not just a long list. Jump into the right tool faster for troubleshooting, sizing, quoting, setup, and project planning.
Use the quick links below, start with a popular calculator, or scroll the full library by category.
Use this as a fast access page for the whole site. Start with the category that matches the work in front of you.
These are the tools most likely to get someone moving quickly instead of forcing them to hunt through the whole index.
Fast cylinder force check for sizing, troubleshooting, and concept review.
Quick motion sizing starting point for conveyors, indexing, and driven axes.
Work through communication, field-device, and signal issues step by step.
Estimate payback and justify automation projects more clearly.
This is how the page should guide people, not just dump every calculator in one stream.
Move from force into air usage, speed, and line sizing.
Start with speed, then work into torque, gearing, and output torque.
Start with troubleshooting, then check pulse capture, scaling, and electrical sizing.
Full category index for engineers, technicians, machine builders, and integrators. This keeps the page useful both as a navigation hub and as a searchable site index.
Cycle time, reach, payload, and layout-related tools for robot cell planning and handling concepts.
Estimate robot cycle time, throughput per minute, hourly output, and shift output.
Check whether a robot can physically reach a target point with a safety margin.
Estimate required robot payload using part, gripper, tooling weight, and safety factor.
Preview free-fall stacking behavior for basic bin loading concepts.
Servo sizing, gearing, conveyor motion, and drivetrain estimate tools.
Estimate running torque, acceleration torque, power, and recommended servo torque.
Calculate gear ratio, output speed, output torque, and direction change.
Estimate gearbox output torque, output speed, and power from motor inputs.
Estimate required conveyor force, torque, roller RPM, and drive power.
Calculate conveyor speed, travel time, and throughput from spacing and rate.
Force, speed, air usage, and line sizing tools for pneumatic systems.
Estimate cylinder extend force, retract force, derated force, and work per stroke.
Estimate extend and retract speed using flow rate, cylinder size, and stroke.
Estimate cylinder air use per cycle and required SCFM for production rates.
Estimate compressed air line size using airflow and system demand.
Convert pressure and diameter into theoretical force for tooling and actuators.
Review airflow and pressure relationships for compressed air systems.
Controls troubleshooting, scaling, pulse capture, electrical drop, wire sizing, and machine safety checks.
Work through PLC, HMI, remote I/O, Ethernet/IP, Profinet, and field-device problems.
Check whether signal duration is too short for reliable PLC detection.
Convert raw counts, current, or voltage signals into engineering units.
Calculate circuit resistance, voltage drop, percent drop, and final load voltage.
Estimate recommended AWG wire size using amps, voltage, distance, and allowable drop.
Quick AWG ampacity and resistance reference for controls and electrical work.
Reference AWG sizes, diameters, and electrical comparison data in one place.
Estimate safety distance for light curtains, scanners, and safeguarding devices.
Starting-point calculators for resistance welding setup and supporting weld-related pages.
Torque strategy, clamp load, bolt torque, and torque-angle calculators.
Build multi-stage tightening setups for DC tools and nutrunner strategies.
Estimate clamp load from applied torque, nut factor, bolt size, and efficiency assumptions.
Estimate recommended bolt torque from size, proof load percentage, and nut factor.
Estimate movement and approximate clamp load increase from tightening angle.
Quick metric and SAE torque reference values for common fastener sizes.
This section was missing from the old index. Even if some pages are more guide-based than calculator-based, they still need visibility here.
ROI and justification tools for automation project review.
These are not always calculators, but they are still part of the site’s practical engineering workflow.
Calculators help you get to an answer faster, but some situations need real application support. If you need help turning these numbers into a machine decision, controls change, tooling choice, or automation concept, use the help path below.