440 TUNING FORK HOW TO
440 TUNING FORK SOFTWARE

There are some important acupuncture points in that area. When you get to the head, you can work your way back down the spine or, tap and place the tuning fork around the shoulder blades. This is important because if you tap the fork then - try to find the next point, too much time will have passed since you tapped and the vibration will have slowed or stopped.Ĭontinue doing this while working up the spine placing the stem of the tuning fork on each vertebrea. While the tuning fork is vibrating on the body, use your other hand to (gently) find the next point on the spine. The vibration should last between ten and fifteen seconds. Tap then place the stem of the fork on that point.

With the tuning fork in one hand, use your other hand find the point where you'd like to place the fork. The nerves along the spine reach out to the major organs in your body so by working with the spine, you are helping to balance the health of the organs by stimulating the nerve endings and blood flow. General Health and the Otto 128 Weighted Tuning ForkĪs I mentioned, you can put this tuning fork anywhere but let's focus on the back along the spine.

440 TUNING FORK HOW TO

I'll talk about how to use this weighted tuning fork for general health and for specific issues.

This tuning fork has been shown to promote the release of nitric oxide and is particularly good for relieving pain due to inflammation such as arthritis or sports injuries. Based on the earth frequency of 8Hz, the Otto 128 can be placed anywhere on the body but you feel it most on joints, muscle and nerve groups.

440 TUNING FORK SOFTWARE

Can't guarantee the same for the apps on phones though as they are often software solutions based on general phones so it depends on how the software has been written.The Otto 128 weighted tuning fork is the most popular forks in use today. Regarding how accurate are digital tuners, they are based on quartz crystal oscillators that usually are easily accurate to 50 parts per million so, essentially, they are very accurate. For the final tuning, I did let it cool down between grinds and checks just in case the temperature had a significant effect. It's certainly not changed it noticeably. I was easy to keep both tines the same length by eye and the sustain on both seems the same as it was before.

It wasn't touchy either, it's not critically minute amounts taking off, just don't go daft. It's not rocket science or even heavy engineering. Just got my guitar chromatic tuning meter and used my bench grinder to take equal amounts off the tines' ends a bit at a time until the frequency was right. Just adjusted two A tuning forks I had to A#/Bb for my trumpet. The tone probably isn't as pure, and tape will eventually age and wear, but this quick fix should work well enough until my next trip to a good music store for a better quality tuning fork. The fork also now sounds good when played simultaneously with an mp3 of a 440 Hz tone to check for beats. A little more fine trimming of the length of the tape with some sharp scissors, and I got the fork to measure within +-1 cent of 440 Hz, as measured against several calibrated iPhone tuners (both dial and strobe). Wrapped the new lengths of tape on the fork tines, and the fork rang 3 cents flat. Then I cut some tape strips about 9/29ths as long (actually a few mm longer). So I removed those pieces of tape and carefully measured them. That also lowered the frequency, by only a bit too much, to 20 cents flat. Next I tried a couple strips of masking tape wrapped around the very end of the each tuning fork tine. Two big rubber bands on the tines clearly lowered the frequency. So I played science student, and tried the experiment. I found a quick-and-dirty temporary solution.Īs an online education forum suggested, a interesting school science experiment might be to see if adding weights and changing their position on a tuning fork will change the frequency of the fork.

440 tuning fork