Highlights

Load cases: belt conveyor, rack and pinion, ball screw, general rotary and indexing table
Trapezoidal or S-curve profiles with torque, speed and current traces over the whole cycle
Motor, gearbox and drive from a generic example catalogue, checked at every point of the cycle
Inertia ratio, RMS torque, regenerative energy and emergency-stop distance
Built-in inertia calculator and an optimiser that ranks every passing combination

A question it answers

Will this motor and gearbox move 120 kg through 600 mm in 0.4 s, what is my inertia ratio, and how much braking energy do I have to dump?

What you put in

Load case — belt conveyor, rack and pinion, ball screw, general rotary or rotary indexing table — with masses, inertias, friction, incline and any eccentric loads; motion profile (trapezoidal or S-curve) with stroke, velocity, acceleration, jerk and dwell time; gear ratios and efficiencies; process force and process mass time windows, entered directly or imported from CSV; motor, gearbox and drive selected from the catalogue. A built-in inertia calculator covers cylinders, tubes, spheres, rods, blocks and cones with material densities and the parallel-axis term.

What you get

Full torque, speed and current traces over the cycle; peak and RMS torque with idle time correctly in the denominator; inertia ratio with a regime interpretation; capability charts for motor, gearbox and drive with per-component utilisation bars against the worst point; regenerative energy; emergency-stop distance and time; bill of materials as CSV and a text report. An optimiser scans the catalogue and returns every combination that passes, ranked, with each candidate re-verified by a full re-solve.