Beurer HK49 Cosy Abdominal and Back Heat Pad | Wrap-Around Fit For Targeted Relaxing Warmth | 3 temperature settings | Adjustable hook-and-loop fastening | Machine washable

• MULTIFUNCTIONAL: This cleverly designed heat pad can be applied to your lower back or stomach by wrapping and securing around your waist.
• ADJUSTABLE TEMPERATURE: With 3 electronically regulated temperature settings, you can enjoy consistent and controllable warmth.
• OVERHEAT PROTECTION: The heat pad will automatically switch off after 90 minutes use and is supported by the patented Beurer Safety System.
• This device meets the high requirements of OEKO-TEX STANDARD 100 for human ecology as verified by the Hohenstein Research Institute.
• MACHINE WASHABLE: SImply detach the power cord and temperature control and pop in your washing machine at 30°.

Product Description The HK49 Cosy Adominal and Back Heat Pad is cleverly designed to wrap around your waist and comfortably fastens with an elasticated strap. The surface is made from soft and cosy microfleece fibres which are breathable and Oeko-tex certified to be kind to your skin. Removed the easy-to-use control and the whole thing is machine washable for your hygiene too! Would you like to discover more of our innovative product worlds? With a range of over 500 products, you are well cared for in health, wellbeing and beauty. In our store you can browse through the extensive product lines and our gift guide to find the perfect gift for your loved ones. Click on "Visit the Beurer Store" under the product title at the top of the page. Our special flexible heating page offers a wide range of cosy products that can make a difference. Indications Back aches, stomach aches, and menstrual cramps Directions Plug the heating pad into a power outlet. Select your desired heat level. Place the heating pad on the desired body part. Use the adjustable strap to secure the heating pad. Unplug the heating pad after use. Safety Warning Do not leave the heating pad on for more than 90 minutes at a time to prevent overheating.