Orthopedic mat - Twister firm, turquoise
Catalog number: MFK-001-2-1-04
This floor will definitely make your head spin.
The varied, hard surface, intensively massages every millimetre of the foot, and maximises blood circulation. This floor is used to stimulate the sole of the foot, both for prevention and for rehabilitation of longitudinally or transversely collapsed arches.
Not for sale anymore.
Combination not found.
- Brand Muffik
- Material Softened PVC
- Dimensions 29,79 × 29,79 cm
- Available colors Turquoise
· Eliminates tiptoeing
· Strengthens the feet, ankles, knees, and the core
· Strengthening the deep stabilization system of the spine
· Strengthening the deep muscles
· Stimulates the sole of the foot
· Prevents flat arches
· Venous gymnastics to prevent varicose veins and thrombosis in adults
The 3D processing makes this floor a full-fledged balancing orthopedic toy, with which you will strengthen not only the feet, ankles, knees and hips, but above all the deep muscles and deep stabilization system of the spine, which is important for proper posture and healthy development.
TIP: Buy 4 pieces and create a tornado eye...the girls will play "mill wheel" and the boys will go crazy with their cars. They'll play while they exercise and rehabilitate. For more game tips and instructions, check out our Muffik Game Book.
One of our goals is to improve floor quality, so we have upgraded the underside. The result is not only better from an appearance point of view as well as functionality. We have increased the floor’s elasticity and used stronger reinforcements, resulting in a higher load capacity. In addition, for children it evokes a similarity to honeycomb. Therefore, our floor is sophisticated from all possible sides and also very attractive in appearance. Thanks to special locks in the shape of puzzles, the floor’s individual parts easily fit in and allow countless combinations when putting together.
Material: flexible PVC - tested according to EU standard EN 71-1:2014 + A1:2018 and EN 71-2:2011 + A1:2014 and EN 71-3:2019-08