

Solar Plexus Chakra 486 Hz Unweighted Tuning Fork
Ignite inner strength and confidence in your practice with VibroSound’s Solar Plexus Chakra Weighted Tuning Fork, handcrafted and tuned to resonate with the empowering frequency of the Solar Plexus Chakra at 486 Hz.
Made in Australia and tuned by our founder and engineer, Colin, this tuning fork is crafted from aerospace-grade aluminum alloy, ensuring exceptional quality and sound clarity. Each fork is individually hand-tuned under precise conditions to guarantee its accuracy.
As part of our mission to share the science of sound and vibration, your purchase includes access to free introductory training to help you get started with your tuning fork. For those looking to explore deeper, additional online training courses are also available.
Why Choose the Solar Plexus Chakra Tuning Fork?
Tuned to 486 Hz, the Solar Plexus Chakra Tuning Fork resonates with the center of personal power, self-worth, and vitality. It’s an excellent tool for:
🌟 Supporting the release of emotional tension and digestive discomfort.
🌟 Soothing the nervous system and reducing internal pressure.
🌟 Fostering clarity and inner resilience.
🌟 Empowering you to move through life with confidence and purpose.
Whether used for personal meditation or professional sound therapy, the Solar Plexus Chakra Tuning Fork helps strengthen your sense of self, enhance personal power, and encourage aligned, purposeful action.
If you’re unsure about which forks are right for you or want more info, feel free to email Will at will@vibrosoundhealing.com — he’s happy to help.
Tuning Fork Energy Alignment Training on Podia:
https://vibrosound.podia.com/tuning-fork-energy-alignment-training
The price is for an individual tuning fork.
International Shipping Available
As soon as you place an order Colin will begin hand making your tuning fork in our Gold Coast warehouse which will be ready for delivery in 1 week.


If you're looking for more detail on how our production and delivery process works please click below.
Purchase Process