Recent Blogs
Wheel Train Mechanism Explained: How It Works, Gear Ratio Formula, Parts, and Horology Uses
Wheel train mechanics explained — gear ratios, torque multiplication, and horology examples. Engineer-grade guide for clockmakers, watchmakers, and machine builders.
Tourbillon Mechanism Explained: How the Rotating Cage Works, Parts, Diagram, and Uses
Tourbillon mechanism explained — how the rotating escapement cage cancels gravity error in mechanical watches, with formulas, tolerances and worked examples.
Mainspring Mechanism Explained: How It Works, Parts, Torque Formula & Barrel Diagram
How a mainspring stores and releases energy in watches, clocks, and timing mechanisms — torque curves, barrel sizing, and real-world tolerance rules.
Hairspring Mechanism Explained: How It Works, Parts, Diagram, and Watch Oscillator Formula
How a hairspring works in mechanical watches and instruments — geometry, isochronism, balance regulation, and real-world tolerances from horology and aerospace.
Foliot Mechanism Explained: Verge Escapement, Diagram, Parts, and Tick Period Formula
The foliot is the earliest mechanical clock regulator. See how horologists use its inertia and verge escapement to control timekeeping in tower clocks.
Barrel (horology) Explained: Mechanism, Parts, Diagram, and Mainspring Power Reserve
How a watch barrel stores mainspring energy, drives the gear train, and sets power reserve. Real numbers, design tradeoffs, and worked example for watchmakers.
Balance Wheel Mechanism: How It Works, Hairspring Oscillator Diagram, Parts and Formula
Balance wheel explained — how the oscillating wheel and hairspring regulate watch movements, with formulas, tradeoffs, and real horology examples.
Escapement Mechanism Explained: How It Works, Parts, Types, and Uses in Clocks and Watches
Escapement explained — how the mechanism gates a clock's gear train, releases energy in measured ticks, and keeps pendulums and balance wheels swinging.