Quality and Accuracy – Tuning Forks

Quality of Tuning Forks is mainly depends on 2 factors - type of material used and frequency accuracy. At tuningforkshop, we never compromise on these two factors. With years of experience behind us, we are able to produce one of the finest Tuning Forks available in the market especially for healing purpose. All our Tuning Forks are made from special grade Aluminium alloy and frequency is guaranteed to tuned to an accuracy of +/- 0.25%

Why Aluminium Alloy Tuning Forks are better than Stainless Steel Tuning Forks?

• The Aluminum forks sustain longer pure tones as well as ring sustained overtones.
• The rich overtones produced by aluminium alloy tuning forks create a deeper and richer experience. Overtones create an atmosphere where one can connect with one’s multi-dimensional essence.
• Aluminium alloy forks are softer than steel forks, so they are easier to use for longer sessions.
• Aluminium forks lasts longer. We have seen that even a 15-20 years old Aluminium fork vibrates and give rich overtones the same way like a new fork.
• Aluminium forks are cheaper in price than steel forks.

It must be noted that all tuning forks, whether aluminium alloy or stainless steel, are affected to a slight degree by temperature and where you are in relation to sea level. Accuracy is not determined by the design or material of the tuning fork, but by an accurate tuning process.

Each set and each individual fork is packed in a protective velvet bag for storage and travel.

Quality and Accuracy – Healing Tuned Pipes, Chimes and Energy Bar Chime

Quality of all these products also mainly depends on 2 factors - type of material used and frequency accuracy. At tuningforkshop, we never compromise on these two factors. With years of experience behind us, we are able to produce one of the finest products available in the market especially for healing purpose. All Pipes,Chimes and Energy Bar Chimes are made from special grade Aluminium alloy and frequency is guaranteed to tuned to an accuracy of +/- 0. 5%.