Tonearm Geometry
The Physics of Sound
Precision Engineering
Proper turntable setup requires precise adjustment of multiple interdependent parameters. Tonearm geometry, tracking force, and anti-skate settings must be calibrated in harmony to achieve optimal playback performance and minimize record wear.
Cartridge Alignment
Accurate alignment of the cartridge within the tonearm ensures the stylus follows record grooves at the correct angle, reducing distortion and wear.
Tracking Force Calibration
Optimal tracking force balances sound quality with record preservation. Too little force causes skipping; too much accelerates wear.
Anti-Skate Adjustment
Proper anti-skate settings compensate for inward force on the tonearm, ensuring even stylus contact across both stereo channels.
Interactive Calibration
Real-time adjustment visualization demonstrates how tracking force and anti-skate settings affect waveform characteristics. Precise calibration transforms distorted signals into clean audio reproduction.
Overhang
Stylus overhang distance from pivot point
Offset Angle
Cartridge offset angle for proper tracking
Vertical Tracking
Vertical tracking angle optimization
Azimuth
Cartridge azimuth alignment for channel balance
Measurement Tools
Protractor Systems
Precision alignment protractors ensure accurate cartridge positioning according to manufacturer specifications and industry standards.
Tracking Force Gauge
Digital scales provide accurate measurement of stylus tracking force to within 0.01 grams for optimal calibration.
Test Records
Calibration test records contain reference tones and alignment tracks for verifying setup accuracy and identifying adjustment needs.
Schedule Setup Service
Professional turntable calibration ensures optimal performance and extends the life of your records.
Book Calibration