Lelante Conical Cushion Donut Cushion Postpartum Hemorrhoids High Resilience Navy - Recommended By Active Midwives (Japan)

The Lelante Conical Cushion Donut Cushion Postpartum Hemorrhoids High Resilience Navy is designed to provide exceptional comfort and support for women recovering from childbirth. Recommended by active midwives in Japan, this cushion helps alleviate pain associated with postpartum hemorrhoids and other pregnancy-related discomforts. Its conical donut shape ensures targeted relief by reducing pressure on sensitive areas, making it an essential aid during postpartum recovery.

Made with high resilience materials, this cushion adapts to different body sizes and shapes, offering lasting support throughout the healing process. The navy blue cover is machine washable, allowing for easy cleaning and maintenance. Whether at home or on the go, the Lelante Conical Cushion provides a practical and comfortable solution to improve postpartum wellbeing.

• Product Material: High resilience foam with a fabric cover

• Manufacturer: Lelante

• Made in: Japan

• Conical donut shape designed for optimal pressure relief
• High resilience foam provides durable and comfortable support
• Recommended by active midwives in Japan for postpartum care
• Machine washable navy blue cover for easy cleaning
• Suitable for various body sizes and postpartum conditions

Place the cushion on your seat with the conical donut center aligned to relieve pressure on sensitive areas. Use it while sitting to reduce discomfort caused by postpartum hemorrhoids and other related pains. Regularly remove the cover for washing to maintain hygiene. Avoid exposing the cushion to sharp objects or excessive moisture to preserve its shape and durability.

Remove the navy blue cover and machine wash it according to the label instructions. Wipe the foam cushion with a damp cloth and allow it to air dry completely before use. Store the cushion in a dry, cool place away from direct sunlight and heat sources. Avoid using harsh chemicals or immersing the foam in water to maintain its resilience and shape.