1. Begin the “honeymoon” between stylus and tonearm with the recommended tracking force:
Each cartridge manufacturer specifies a recommended range or ideal value for the tracking force (e.g., 1 – 1.5 g). Unless otherwise determined and specified by us, we start with the average value to create a stable baseline. This value ensures that the stylus tracks the groove securely and accurately, without causing unnecessary wear, while already providing a well-balanced sound performance.
2. Visual inspection with a magnifier:
A visual check helps detect mechanical issues early and ensures the stylus sits cleanly and properly in the groove. Precise alignment of the stylus is crucial for optimal playback quality. Use a magnifier (10x–20x magnification) or even your smartphone camera to check the following points:
- Diamond tilt: The stylus tip should not stand completely vertical in the groove. A slight, plowing tilt is ideal, as it tracks the groove accurately and reduces distortion.
3. Fine-tuning by ear:
After the initial visual check, your ears are the best tool for fine-tuning. Play a record with complex music containing highs, lows, and intricate passages. Listen for the following:
- Tracking force too low: You may notice distortion, sibilance, or even skipping, as the stylus doesn’t sit deeply enough in the groove.
- Tracking force too high: The sound becomes muffled, bass feels sluggish and lacks precision, while details and dynamics are lost.
- Optimal tracking force: The playback is clear, dynamic, and detailed. The soundstage becomes deeper and more realistic, with an immersive quality.
This approach allows you to achieve the perfect balance between sound quality and gentle handling of your records.
4. Additional note on sound quality aspects:
A common challenge is the so-called “inner groove distortion,” which occurs particularly at the end of a record in the inner grooves. Precise adjustment of the tracking force can help minimize these distortions, ensuring the final moments of an album are enjoyed in top quality.
5. After the break-in period:
The stylus is a highly precise mechanical component that converts kinetic energy into a magnetic field. It is influenced by factors such as the rubber damper, diamond geometry, and polishing, and requires a break-in period to reach its optimal performance. This usually takes 10–20 hours.
After this period, revisit the tracking force adjustment and fine-tune as described in steps 2–4. Often, the stylus performs even better with approximately 10% less tracking force after break-in. This further enhances sound quality.
Good succeed!
