Description
Aluminum Tuning Fork 128hz & Reflex Hammer for Healing Chakra Set Sound Therapy. The weighted design produces a deep, resonant tone that many users find helpful for relaxation and chakra‑awareness practices. ✅128 Hz tuning fork: Produces a clear, steady tone often used in sound‑therapy and relaxation routines. Aluminum 128Hz Tuning Fork & Reflex Hammer Set – Sound Therapy Chakra Wellness Tool Explore the calming world of sound with this aluminum 128 Hz tuning fork and reflex hammer set, designed for gentle sound therapy, meditation, and general wellness routines. The weighted design produces a deep, resonant tone that many users find helpful for relaxation and chakra‑awareness practices. Key Features ✅ 128 Hz tuning fork: Produces a clear, steady tone often used in sound‑therapy and relaxation routines. ✅ Weighted design: Enhanced weights help create a deeper, longer‑lasting sound when struck with the included hammer. ✅ Reflex hammer & tools: Includes a silicone hammer, cleaning/repair tool, and storage bag for convenient use and storage. ✅ Chakra & wellness use: Commonly used for meditation, chakra‑awareness practices, and gentle sound‑based relaxation. ✅ Lightweight aluminum alloy: Silver‑colored fork that is easy to hold and carry for home or studio sessions. Specifications Type: Tuning fork set with reflex hammer Frequency: 128 Hz (C3 on piano) Material: Aluminum alloy Set includes: 1x 128 Hz tuning fork, 1x silicone hammer, 1x repair tool, 1x storage bag Usage: Sound therapy, meditation, chakra awareness, general wellness Ideal For ✅ Those who enjoy sound‑based meditation and relaxation practices. ✅ Energy‑work or chakra‑awareness enthusiasts who want a simple tuning‑fork tool. ✅ Anyone looking for a compact, easy‑to‑use wellness accessory for home use. Note This product is a sound‑therapy and wellness accessory and not a medical device or treatment. It is not intended to diagnose, treat, or cure any medical condition. Use only as directed and stop if you feel discomfort. Actual color may vary slightly due to lighting and monitor differences. Slight size variation (±1–3 cm) may occur due to manual measurement.