Description
- ❤ FLOW RING KINETIC 3D SPRING TOY - Have fun and amaze your friends at the same time with this galactic globe vertical vortex flow rings and show off your skills and talent as it magically and effortlessly rolls down your arm, or any object, or stick. Challenge yourself to slide it down one arm and skillfully pass it on the other arm.
- ❤ RELAXING TOY - Take a moment from your busy day and release the pressure the holds you tight. Let the flow of the ring carry you away and stop thinking about your daily issues for a while.
- ❤ EXERCISE WHILE PLAYING AND HAVE FUN - Use as anxiety relief toy, or as a stress relief toy. Get some exercise too while playing with this interactive, tactile, decorative, fun, flow ring kinetic spring toy, energy bracelet, slinkee flow rings flowtoys that is.
- ❤ BEAUTIFUL - you will see, once you look at it, you can't stop. Our kinetic spring Flow Ring will hypnotize you to its beauty. Its special design makes it so unique. Watching your kid play our toy has never been so pleasant.
- ❤ EASY PACKAGING - Our Flow Ring folds and becomes flat. Travel pouch is included, makes a great gift for all occasions. making your life easier so you could carry it to everywhere you go.
Flow Ring Kinetic 3D Spring Toy Sculpture Ring Game Toy For Kids Boys And Girl After the spinner, we bring you the new summer trend of 2018! This amazing kinetic gadget toy is one click away! Aren't you tired of seeing your kid playing apps on their iphone? Don't you miss actual toys? We've got the solution that you have been looking for! With our FLOW RING finally your kid will enjoy a real fun and scientific toy. Each Package Includes: 1 * Flow Ring 1 * Carrying Bag Product instructions: Our FLOW RINGS are fun and interactive! You can put your hands through it and run it safely along your arms (bare arms work best) and pass them from arm to another, or one person to another just for fun or in a dance. Running it along a flexible tube (e.g. an extension cord) makes it look like a metallic soap bubble and is an intriguing way to observe interlocking strands of metal in motion.
