Coolbe: The information about the product is provided by the seller. Notwithstanding any of this information, the product is not intended for diagnosis, cure, mitigation, treatment or prevention of any disease, is not a drug or a medical device, and should not be used for any medical purposes. Please consult a medical specialist.
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Stainless Steel Scraping Plate Tissue Therapy Muscle Massage Tools Whole Body Relaxation Deep Tissue Recovery Promote Blood Circulation Gua Sha Board
Feature:
1. Made of sturdy and safe stainless steel material, polished to the mirror surface, smooth and easy to clean,the facial massage tools is nice for doing facial SPA.
The material itself says for durability and easy cleanup.
The smooth edges of scraper ensure gently touching your skin without hurting while massaging your face accurately.
2. Main function: Stainless steel Gua Sha Board is tougher than the stone, jade, buffalo horn scraping massage tool.
There is no need to worry about broken of Gua Sha Scraping Massage Tool.
3. Widely Application: Gua Sha massage tool for whole body, it can be applied to the face,back, legs, wrists, arms, necks, and even the
shoulders.
4. Release muscle tension and improve lymphatic drainage with Gua Sha massage ritual.
There are effective functions of promoting blood circulation, treating soft tissue injury, removing dampness and relieving pain.
5. Package Includes: Our Gua Sha tool size is 3.5 x 2.2 inches, polished to a mirror-like surface, durable.
The stainless steel massage tool is small and light, for you to carry and keep it easily.
6. Wonderful Gift: The facial gua sha tool is a gift for chiropractors, physiotherapists, occupational therapists, sports coaches or massage
therapists.
Specification:
Material: Stainless steel
Product size: 8.9*5.6*0.4cm
Packing size: 10*8*0.4cm
Color: as shown
Package weight: 75g
Packing: PE
Note: Due o the different monitor and light effect, the actual color of the ite might be slightly different from the color showed on the pictures.
Please allow 1-2cm measuring deviation due to manual measurement.
