Price: ₹799 - ₹399.00
(as of Jul 12, 2025 17:11:36 UTC – Details)
Experience deep relaxation and relief with this premium cedar wooden foot massagar roller. Made from high quality cedar wood, this large -sized manual manual manual has strategically designed rollers that target pressure points in your feet. Natural wood construction provides a medical massage experience, which helps reduce stress and promotes circulation after a long day. Perfect for use in the house or office, this versatile foot goods can easily be stationed under your desk or placed in your living room. The construction of durable cedar wood ensures longevity while ergonomic design comfortably adjusts the size of various legs. Regular use can help reduce foot fatigue and provide soothing relief to tired legs. The portable design makes it convenient to carry and use anywhere, while its natural beauty adds a touch of sophistication at any place. Take control of the welfare of your foot with this practical and effective massage equipment, which requires no battery or electricity – just roll your feet to massage your feet to experience its benefits.
Product dimensions: 22 x 16 x 6 cm; 449 grams
Date first available: 9 July 2025
Manufacturer: Zerolex
Asin: B0FH56PDH8
Item Model Number: SM-CP100
Native Country: India
Manufacturer: Zerolex
Packer: Zerolex India
Items Weight: 449 grams
Item dimensions lxwxh: 22 x 16 x 6 cm
Pure volume: 1 count
Generic name: wood cargo
Natural ingredients: Premium prepared from cedar wood that provides medical massage benefits and pleasant natural aroma during use
Ergonomic Design: Five rows of the rollers contour accurately posted to the size of the feet, target pressure points for maximum relief
Stress relief: Manual foot masagar helps reduce stress, promotes blood circulation and provides rest after a long time
Portable Size: Compact and lightweight design makes it perfect for use while traveling home, office, or while traveling
Durable Construction: Construction of solid wood ensures prolonged performance and maintains structural integrity over time
