Tight Tolerances

Tight manufacturing tolerances for capacitance, inductance and resistance ensure that capacitors of one type have very similar electrical values. In crossovers, this means that the left and right channels work virtually identically within the tightest tolerances: crossover frequencies, level ratios and phase relationships match very closely. This is an essential prerequisite for stable stereo imaging and reproducible results.

Especially in loudspeaker systems, even small deviations between left and right are immediately audible — not as “errors” in the individual tone, but as restlessness and lack of precision in the spatial imaging: Voices move slightly, the center appears less solid, and the stage loses precision. Tight tolerances ensure a well-defined, reliable baseline here: What works in the development pattern is retained in series production, and what has once been properly paired remains consistent in the long term.

Acoustic effects

• The stereo soundstage is precisely positioned in the room; voices and instruments retain their position instead of being able to drift.
• Left and right channel sound “as if from a single mold”, so that the loudspeaker system is perceived as a transparent and integral sonic unit.
• After component replacement or servicing, the characteristic sound of a loudspeaker remains virtually unchanged, creating trust and reproducibility.
• The phantom center appears more stable, the layering is clearer, and the spatial image remains consistent even over a long period of time.