Sela Professional Therapy Mercury 141,27 Hz Haarukka viritin

Mercury 141.27 Hz Tuning Fork for Sound Therapy

The Sela Therapy Professional Tuning Fork Mercury 141,27 Hz delivers the precise orbital frequency of Mercury at 141.27 Hz, calibrated for sound therapy, meditation, and vibrational bodywork. Crafted from a special aluminum alloy with integrated weights, this weighted tuning fork produces extra-long, deeply penetrating vibration for targeted bodywork. The Mercury frequency is traditionally linked to communication, mental clarity, and adaptability.

Weighted Design for Deep Resonance

What sets this model apart from standard unweighted tuning forks is the integrated weight system that enhances depth of resonance and vibration transfer. The fork includes weights measuring 26 × 16.5 mm and tines measuring 5.5 × 10 mm, producing an intense, deeply penetrating vibrational experience ideal for targeted bodywork.

Technical Specifications

The extra-long 220 mm format gives practitioners greater reach during table work and a longer sustain of the 141.27 Hz tone once activated. Built from a special aluminum alloy with integrated weights, the fork delivers sustained resonance that lighter unweighted forks cannot match, and ships with a protective cotton bag for transport between sessions.

• Tuning: Mercury 141.27 Hz — orbital frequency for sound therapy
• Material: Special aluminum alloy — chosen for acoustic properties and durability
• Length: 220 mm — extra-long format for deeper resonance
• Weight: 96 g — balanced for steady handling during extended sessions
• Package contents: Cotton storage bag — protects tines during transport

Ideal for Sound Therapists and Meditation Practitioners

The Mercury 141.27 Hz tuning fork is the right choice for sound therapy practitioners, meditation teachers, and holistic bodywork professionals who need a professional-grade fork tuned to the Mercury frequency. Its extra-long format and integrated weight system suit practitioners who work on larger treatment tables or want deeper vibrational transfer than a standard unweighted fork provides.