ICARE Ebony Pendulum
ICARE Ebony Pendulum
Clear and precise reactions. Highly receptive pendulum. Height: 4.5 cm. Weight: Approximately 16 grams.
A superb model featuring high sensitivity, enhanced by the upward movement of its center of gravity, thus triggering very easily at the slightest nerve impulse.
(à modifier dans le module "Réassurance")
(à modifier dans le module "Réassurance")
Clear and precise reactions. Highly receptive pendulum. Height: 4.5 cm. Weight: Approximately 16 grams.
Precious Wood, a magnificent pendulum inspired by Celtic traditions, crafted from two precious woods with high vibrational power.
This pendulum detector is a faithful reproduction of the Thoth pendulum discovered in the sarcophagus in the Valley of the Kings in Egypt.
Engraved Egyptian pendulum. High precision, the best transmitter/receiver. Height: 9 cm. Weight: approximately 15 grams. Natural boxwood. Intended for: Medical radiesthesia, geobiology, telepathy.
Black Stained Boxwood Teardrop Pendulum
Simple yet highly effective. The boxwood teardrop pendulum is the perfect pendulum for beginners. With its ideal weight—neither too light nor too heavy—it will allow you, day after day, to learn the art of dowsing. Height: 4.8 cm - Diameter: 2.8 cm. Weight: Approximately 12 grams.
Made of precious wood and brass, this universal pendulum is impregnable and highly sensitive. A magnificent piece.
An engraved and leaded Egyptian pendulum, an exact reproduction. Highly accurate, the best transmitter/receiver.
Leaded and engraved, highly accurate, among the best transmitters/receivers. Purpose: Medical dowsing, geobiology, telepathy.
With 7 stones to choose from, these Sephoroton-type pendulums possess a strong vibrational capacity. They are used for all types of radiesthesia work.
Ideal for thought transmission. Pendulum for influence and energy transmission. Immediate response. Weight 18 grams. Solid copper.
A superb model featuring high sensitivity, enhanced by the upward movement of its center of gravity, thus triggering very easily at the slightest nerve impulse.