Recent Blogs
Right Angle Shaft Transmission Mechanism: How It Works, Bevel Gear Parts, Uses & Calculator
Calculate speed, torque and power for a right-angle bevel pair from tooth counts and input conditions. Explore reduction, speed increase and assumed efficiency.
Friction Clutch in a Bevel Drive: Torque Comparison | FIRGELLI
Explore a friction-coupled bevel drive and compare ideal flat-interface torque with demand, including a fixed 1.4× preload scenario.
Crown Wheel Mechanism: How It Works, Diagram, Gear Ratio Formula and Uses Explained
Explore a crown wheel and perpendicular spur pinion. Compare tooth counts, input/output revolutions, speed ratio and ideal torque multiplication.
Eccentric Crown Wheel and Pinion: Local Ratio Calculator
Explore an eccentric crown wheel and perpendicular pinion. Calculate a local ideal reduction ratio and lossless torque factor; complete tooth geometry and drive capacity are...
Disk-wheel and Spur Gear (rotary at Right Angles): How the Right-Angle Mechanism Works
Explore a single-start face-spiral disk driving a perpendicular spur wheel. Calculate reduction, output speed and steady torque and power-loss estimates.
Crown Wheel and Spur Gear Mechanism: How It Works, Parts, Diagram and Right-Angle Drive Uses
Explore a crown wheel and perpendicular spur pinion. Calculate output speed, torque and power loss from tooth counts, input speed, torque and assumed efficiency.
Bevel Gears Mechanism: How They Work, Pitch Cone Angles, Gear Ratios & Real Uses
Explore bevel gears on intersecting shafts. Change tooth counts, shaft angle and input speed to calculate the ideal ratio, output speed and pitch-cone angles.