Recent Blogs
Clover-leaf Cam: Three-Lobe Opposed-Roller Motion and Travel Calculator
Animate a three-lobe cam between two rollers on one sliding bar. Explore odd-lobe harmonic variants, reciprocation counts and cumulative rise travel.
Centrifugal Safety Catch for Hoisting Drums: How It Works, Parts, Formula & Uses Explained
Explore three rotating hooks engaging fixed frame studs, alongside a separate mrω² force comparison. Results do not determine hoist trip speed or stopping capacity.
Cam Sectors Mechanism Explained: How It Works, Diagram, Parts, Applications and Formula
Explore paired logarithmic-spiral cam sectors, their changing contact radii and opposite rotations. Calculate the instantaneous speed ratio over a selected swing.
Brownell Crank Motion: Tangent-slide Geometry and Treadle Calculator
Explore Brownell’s spring-biased tangent-slide crank. Compare wrist radius, phase and treadle motion with a selected slide offset held during each revolution.
Bevelled Disc Cam Mechanism: How It Works, Diagram, Formula, Animation and Industrial Uses
Explore an illustrative bevelled-rim cam driving a rod along a 45-degree guide. Compare sinusoidal stroke, frequency and lift ratio from the chosen geometry.
Ball Socket Ratchet Mechanism Explained: How It Works, Parts, Formula, and Uses
Explore a spring-ball ramp ratchet and compare drive and return cam-out estimates. Understand flank-angle convention, per-ball preload and the limits of ideal geometry.
Angular Wipers: Rockshaft, Inclined Toe and Guided-rod Animation
Explore a rocking wiper acting on an inclined toe and guided rod. Use a separate angle calculator to compare an offset with a reference length.
Alternating Rectilinear via Worm and Rack: How the Mechanism Works, Parts, Diagram and Uses
Explore a reversing worm-and-rack drive: reversing the worm returns the guided rack. Compare two radii against an entered tolerance in a separate calculator.
Almond Angular Shaft Coupling Mechanism: How It Works, Parts, Formula, and Uses Explained
Explore Thomas R. Almond’s crank-and-sleeve shaft coupling, then compare a separate single-Cardan velocity equation using angle, speed and phase.
Traverse Motion: Pitch-to-diameter Comparison
Compare entered traverse pitch and material diameter using signed and percentage differences. An entered comparison band does not establish winding tolerance.
Rectilinear Vibrating Motion Mechanism: How It Works, Scotch Yoke Diagram, Formula and Uses
Explore Scotch-yoke motion and calculate stroke, amplitude, cycle frequency and peak slider speed from crank eccentricity and shaft RPM.
Rack and Pinion Mechanism: How It Works, Diagram, Formula, Calculator and Real-World Uses
Rack and Pinion explained — how the gear-and-bar mechanism converts rotation to linear motion, with formulas, real automotive steering examples, and design tradeoffs.
Shaft Coupling: Flexible Connection, Animation and Alignment Calculator
See how a flexible shaft coupling joins rotating shafts. Compare parallel and angular alignment measurements with selected reference values.
Angular Shaft Coupling Mechanism: How It Works, Cardan Joint Diagram, Parts, Formula and Uses
Explore a single Cardan joint in motion. Calculate phase-dependent speed ratio and peak variation, and distinguish kinematics from load and operating ratings.