Elite Inversion table
Inversion therapy is a technique where you are suspended upside down to stretch the spine and relieve back pain. The theory is that by shifting the body’s gravity, pressure eases off the back while also providing traction for the spine.
For these reasons, inversion therapy is beneficial for people with:
• chronic lower back pain
• poor circulation
• sciatica
• scoliosis
Improved spinal health and flexibility
The inversion table folds away when not in use.
This is in very good condition, it's hardly been used.
The table can handle a maximum weight of 250 pounds, and a maximum user height of 6’4″, and has a built-in height adjustment selector. An extended set of handles will help you get out of high inversion angles more easily. A 4-point pod-style base keeps the unit stable. Inversion is controlled by a 3-point adjustable safety bar at the back of the product.
One study looked at 47 people with chronic low back pain. They practiced inversion therapy in three 3-minute sets at different angles. The study found that inversion therapy at 60 degrees reduced back pain after eight weeks. It also improved torso flexibility and strength.
Poll: Are our Kiwi summer holidays helping us recharge, or holding the economy back? ☀️🥝
There’s growing debate about whether New Zealand’s extended Christmas break (and the slowdown that comes with it) affects productivity.
Tracy Watkins has weighed in ... now it’s your turn. What’s your take? 🤔
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72.7% We work hard, we deserve a break!
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15.9% Hmm, maybe?
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11.4% Yes!
Some Choice News!
Many New Zealand gardens aren’t seeing as many monarch butterflies fluttering around their swan plants and flower beds these days — the hungry Asian paper wasp has been taking its toll.
Thanks to people like Alan Baldick, who’s made it his mission to protect the monarch, his neighbours still get to enjoy these beautiful butterflies in their own backyards.
Thinking about planting something to invite more butterflies, bees, and birds into your garden?
Thanks for your mahi, Alan! We hope this brings a smile!
Brain Teaser of the Day 🧠✨ Can You Solve It? 🤔💬
How many balls of string does it take to reach the moon?
(Peter from Carterton kindly provided this head-scratcher ... thanks, Peter!)
Do you think you know the answer? Simply 'Like' this post and we'll post the answer in the comments below at 2pm on the day!
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