Quickly calculate cylinder force, air usage, robot cycle time, voltage drop, adhesive timing, and more — without digging through manuals or spreadsheets.
Stop estimating critical machine values by hand. Use practical engineering tools for pneumatics, robotics, PLCs, servo sizing, electrical design, welding, fastening, machine safety, automation ROI, and adhesive dispensing.
Most engineers follow this exact process:
1. Calculate required force →
Pneumatic Force Calculator
2. Estimate air consumption →
Air Consumption Calculator
3. Size your air lines →
Air Line Size Calculator
Adhesive issues are often caused by timing, temperature, pressure, or setup — not just “bad glue.” These tools help you understand system setup, convert line speed into timing, estimate adhesive usage, and troubleshoot real hot melt application problems.
New visitors should not have to hunt around. These are strong starting points for everyday automation work.
Built for real machine design, troubleshooting, quoting, process setup, and early concept validation.
From cylinder force and SCFM to robot reach, wire size, adhesive timing, weld settings, torque, and automation ROI.
Get fast estimates without digging through spreadsheets, manuals, or disconnected reference charts.
AutomationCalculators.net provides free engineering calculators and reference charts for robotics, motion control, industrial automation, pneumatics, conveyors, motor sizing, resistance welding, machine safety, PLC analog scaling, electrical design, fastening, adhesive dispensing, and machine design.
Use these tools to estimate servo torque, safety distance, gear ratio, robot reach, robot payload, robot cycle time, conveyor speed, gearbox output torque, pneumatic cylinder force, pneumatic speed, voltage drop, wire size, motor full load current, bearing life, air line size, spot weld settings, projection weld settings, tap drill sizes, bolt torque, adhesive usage, pattern timing, hot melt troubleshooting, and automation ROI.
Follow the full pneumatic workflow from cylinder force to air consumption, line sizing, and speed checks.
Setup guidance, Nordson parameter explanations, adhesive usage estimates, pattern timing, and troubleshooting for real production applications.
Estimate robot cycle time, robot reach, payload requirements, and part handling behavior for automation cells and robotic systems.
Size servo torque, gear ratios, conveyor drives, motor current, bearing life, and gearbox output performance.
Work through PLC analog scaling, voltage drop, wire size, ampacity references, safety distance, and communication troubleshooting.
Estimate spot weld settings, projection weld parameters, torque values, clamp load, torque-angle relationships, and tap drill sizes.
Quick access to AWG data, bolt torque charts, motor frame references, motor current tables, and other engineering lookups.
Estimate required safety distance for light curtains, scanners, and machine guarding.
Calculate cylinder extend and retract force using bore, rod diameter, and pressure.
Estimate cylinder air use per cycle and SCFM using bore, rod diameter, stroke, pressure, and cycle rate.
Estimate cylinder extend and retract speed using bore, rod diameter, stroke, and available SCFM.
Estimate compressed air pipe size from airflow.
Explore adhesive system setup, Nordson parameter explanations, usage estimates, pattern timing, and hot melt troubleshooting.
Estimate adhesive consumption per bead, per part, per minute, per hour, and per shift.
Convert line speed and spacing into practical gun on-time, off-time, and bead placement timing.
Work through common adhesive symptoms like stringing, poor cutoff, weak output, and placement problems.
Estimate robot cycle time using distance, speed, payload, and motion settings.
Estimate whether a robot can reach a target point.
Estimate required robot payload using part weight, gripper weight, tooling weight, and safety factor.
Preview free-fall part stacking behavior.
Estimate conveyor drive force, torque, and motor power requirements.
Calculate required conveyor speed, throughput, and travel time.
Estimate required servo torque and motor power.
Calculate gear ratio, output speed, and torque.
Calculate gearbox output torque and speed.
Estimate single-phase and three-phase motor amps using HP or kW, voltage, efficiency, and power factor.
Estimate L10 bearing life using load and RPM.
Reference NEMA motor frame sizes.
Convert 4-20mA, 0-10V, or PLC raw counts into engineering units.
Troubleshoot common PLC, HMI, remote I/O, Ethernet/IP, Profinet, and field device communication problems.
Calculate voltage drop and final voltage.
Estimate recommended AWG wire size using amps, voltage, distance, conductor material, and allowable voltage drop.
Quick AWG wire gauge chart showing ampacity and resistance for common copper conductors.
Complete AWG wire chart with conductor diameter, resistance, area, and ampacity values.
Estimate starting current, weld time, force, and tip size.
Estimate starting current, force, and weld time.
Calculate multi-stage tightening strategies.
Estimate bolt clamp load from applied torque.
Estimate recommended bolt torque.
Estimate clamp load change from angle tightening.
Quick reference chart and calculator for common metric tap drill sizes from M3 to M20.
Quick reference torque values for metric and SAE bolts.
Estimate payback period and return on investment.
Browse electrical, machining, fastening, and motor reference charts in one place.
Estimate cantilever and simply supported beam deflection using load, length, Young's modulus, and moment of inertia.
Convert pressure and diameter into theoretical force for pneumatic and hydraulic applications.
Calculate torque from horsepower and RPM or horsepower from torque.
Convert between actual CFM and standard SCFM using pressure and temperature.
These tools are built for practical shop-floor and engineering work: early design estimates, machine sizing, motion calculations, welding setup, pneumatic timing checks, adhesive timing and troubleshooting, analog input scaling, machine safety layout, PLC network troubleshooting, and automation concept review.
Calculators are useful, but some projects need an experienced controls engineer or automation integrator to turn numbers into a working machine. If you need help with a real application, use the integrator page to get connected.
Get Matched with an IntegratorBrowse the complete library of automation engineering calculators including robotics, pneumatics, servo sizing, PLC troubleshooting, welding, fastening, adhesive dispensing, electrical design, wire sizing, motor references, and engineering reference charts.