Browse calculators, troubleshooting tools, setup guides, and category hubs across PLCs, pneumatics, robotics, motors, motion, machine design, welding, fastening, adhesives, ROI, and supporting references.
This page is the main index for the full site. Use it to enter through a category hub, follow a workflow, or jump directly into the specific calculator or guide you need.
Use the quick links below to move directly to the category or resource area that matches what you are working on.
These are strong entry points if someone is troubleshooting, sizing, planning, or trying to get to an answer fast.
Best starting point for controls troubleshooting, inputs, signals, scan time, and electrical support tools.
Start here for cylinder force, speed, air use, line sizing, and pneumatic workflow pages.
Quick starting point for project justification, annual savings, and payback review.
Start here for beams, frames, plates, shafts, columns, weld sizing, and bolted joint checks.
These hub pages are the cleanest way to navigate the site. They group tools logically, add workflow guidance, and help visitors move through related pages instead of jumping around randomly.
Controls troubleshooting, signal handling, electrical sizing, machine safety, and related guides.
Force, air consumption, speed, line sizing, and practical pneumatic workflow paths.
Robot cycle time, reach, payload, simulation, and layout-oriented tools.
Conveyor speed, motor sizing, servo torque, gearing, and power relationships.
Beam loads, deflection, stress, section modulus, plate checks, shafts, columns, brackets, welds, and bolted joints.
Resistance welding setup tools, coolant sizing, and weld process support pages.
Torque strategy, clamp load, torque-angle, and tightening reference tools.
Setup, dispensing, usage, timing, and troubleshooting tools for adhesive applications.
Project justification, downtime cost, labor savings, break-even, and automation ROI workflow tools.
A lot of engineering work follows a sequence. These flows help people move through the site in a more logical order.
Start with force, then move into air use, speed, and line sizing.
Start with the problem, then narrow into troubleshooting and supporting checks.
Start with loading, then check deflection, stress, member shape, and connection details.
Start with current loss, estimate labor savings, then review payback and break-even.
Browse the full site by category. This index supports the hub system, but it also gives direct access to individual tools for people who already know what they need.
Robot cycle time, reach, payload, simulation, and layout-related tools.
Main robotics landing page with grouped tools, workflow guidance, and stronger internal navigation.
Estimate cycle time, throughput per minute, and shift output for robot applications.
Check whether a robot can physically reach a target point with margin.
Estimate required robot payload using part, gripper, tooling, and safety factor.
Interactive robot visualization tool for concepting and placement checks.
Preview stacking and loading behavior for simple bin loading concepts.
Motion sizing, gearing, conveyor calculations, motor references, and drive power relationships.
Main motion landing page with sizing paths, related tools, and internal workflow links.
Estimate running torque, acceleration torque, and recommended servo sizing.
Estimate required force, torque, RPM, and drive power for conveyor applications.
Calculate conveyor speed, travel time, and throughput from spacing and rate.
Calculate gear ratio, output speed, output torque, and speed reduction effects.
Estimate output torque, output speed, and drivetrain performance from motor inputs.
Convert horsepower, torque, and speed relationships for mechanical drive systems.
Estimate full-load current for motors as a practical sizing reference.
Reference common NEMA motor frame sizes for replacement and sizing work.
Force, speed, air consumption, line sizing, and general pneumatic system support tools.
Start with force, then move into consumption, speed, and line demand.
Main pneumatic landing page with workflow guidance and internal links between related sizing tools.
Estimate extend force, retract force, derated force, and output for cylinders.
Estimate cylinder extend and retract speed using flow rate, size, and stroke.
Estimate cylinder air use per cycle and SCFM demand for production rates.
Estimate compressed air line size using airflow demand and application needs.
Convert pressure and diameter into theoretical force for tooling and actuators.
Review airflow and pressure relationships in compressed air systems.
Follow a step-by-step path for sizing force, speed, air use, and line demand together.
Controls troubleshooting, PLC guides, signal handling, electrical sizing, machine safety, and supporting references.
Start with the issue, then work into troubleshooting, pulse capture, scaling, and electrical checks.
Main controls landing page with troubleshooting paths, related tools, and stronger internal linking.
Start from the symptom and work toward the right calculator, guide, or troubleshooting path.
Work through PLC, HMI, remote I/O, network, and field-device communication issues.
General PLC issue path for machine-side troubleshooting and logic investigation.
Structured guide content for working through live PLC and controls problems.
Focused troubleshooting page for communication-related faults and connection issues.
Targeted troubleshooting help for missing input signals and field-device issues.
Check whether signal duration is too short for reliable PLC detection.
Convert raw counts, current, or voltage signals into engineering units.
Calculate resistance, voltage drop, percent drop, and final load voltage.
Estimate recommended AWG wire size using current, voltage, distance, and allowable drop.
Quick AWG ampacity and resistance reference for electrical and controls work.
Reference AWG sizes, diameters, and comparison data in one place.
Estimate safety distance for light curtains, scanners, and safeguarding devices.
Structural and mechanical design calculators for beams, frames, plates, shafts, columns, brackets, welds, and bolted joints.
Start with the applied load, check deflection and stress, then review supporting members, joints, welds, and shaft behavior.
Main machine design landing page with structural sizing workflows, related calculators, and practical design guidance.
Estimate reactions, bending moment, and shear behavior for common beam loading cases.
Estimate beam deflection for quick structural checks, tooling frames, stands, and machine supports.
Check bending stress using moment and section modulus so beam strength is reviewed alongside deflection.
Estimate section modulus for rectangular, round, tube, and structural shapes used in machine frames.
Compare frame stiffness, member size, bracing, and support choices during early machine design.
Estimate plate bending and deflection for tooling plates, covers, brackets, and support surfaces.
Check slender vertical supports, posts, legs, and compression members against buckling risk.
Estimate bracket loading, gusset support needs, and design checks for fabricated machine supports.
Estimate shaft bending and deflection for rollers, driven shafts, support spans, and rotating assemblies.
Estimate first critical speed and review whether a rotating shaft may be operating too close to resonance.
Check bolted joints for shear loading, clamp force concerns, and separation risk.
Estimate practical weld size needs for brackets, plates, frames, and fabricated machine supports.
Estimate bearing life for rotating equipment, shafts, rollers, and driven mechanical systems.
Resistance welding setup calculators and weld support tools for process planning and troubleshooting.
Main welding landing page with grouped resistance welding tools and related process support pages.
Estimate current, force, weld time, squeeze time, hold time, and tip diameter.
Estimate current, force, weld time, and starting values for projection welds.
Estimate coolant flow needs for weld circuits, guns, transformers, and supporting cooling loops.
Torque strategy, clamp load, tightening references, and multi-stage fastening tools.
Main fastening landing page with tightening workflow guidance and grouped torque-related tools.
Build multi-stage tightening setups for DC tools and nutrunner strategies.
Estimate clamp load from applied torque, nut factor, bolt size, and assumptions.
Estimate recommended torque from bolt 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.
Adhesive setup, usage calculations, dispensing guidance, Nordson-related setup support, and troubleshooting tools.
Start with system setup, then move into usage, timing, and troubleshooting.
Main adhesive landing page with grouped setup, usage, timing, and troubleshooting paths.
Starting point for setting up industrial adhesive systems and basic process settings.
Estimate adhesive consumption using bead size, cycle rate, and production volume.
Review dispensing behavior, bead control, and application consistency guidance.
Break down key Nordson settings such as pressure, temperature, timers, and behavior.
Calculate on/off timing for adhesive patterns using line speed and spacing.
Diagnose stringing, poor adhesion, inconsistent flow, and common hot melt problems.
Automation planning and project justification tools for downtime impact, labor savings, payback, and break-even review.
Start with current loss, add labor impact, review annual value, then check recovery timing.
Main planning landing page with a recommended workflow for automation project justification.
Estimate the real production cost of downtime using shift, rate, value, and loss assumptions.
Estimate labor reduction, annual savings, and staffing-related justification for automation projects.
Estimate annual savings, net annual benefit, payback period, and project return.
Estimate how long it takes for savings or contribution to recover project cost.
Use the support path if you need help turning calculator results into a real machine or project decision.
Connect with integrators and application support resources when a project needs outside help.
Reference charts, guides, and support pages that help engineers move faster in real work.
Open quick engineering reference charts and supporting lookup pages.
Quick reference for common metric tap drill sizes used in fabrication and tooling.
Reference common electrical symbols used in controls and machine documentation.
Useful motor frame reference for maintenance, replacement, and sizing work.
Send input on tools, pages, and improvements you would like to see added to the site.
Calculators can get you to an answer faster, but some jobs still need real application help. If you need help turning these numbers into a machine decision, tooling choice, controls change, or automation concept, use the support options below.