ORTO Compression Stockings, Black, 20-30 mmHg, 1 Pair

Product Description

Elevate your comfort and well-being with ORTO 4223 compression stockings, expertly crafted for superior support and a luxurious feel. These elegant black sheer-to-waist stockings offer a 20-30 mmHg compression level (Class 2), providing moderate compression from the ankle to the upper thigh. Designed for both comfort and durability, they are perfect for everyday wear and are ideal for managing various circulatory conditions.

Key Features

• Innovative SOFT MM Material: A blend of microfiber and multifiber polyamide yarns creates incredibly soft, elastic, and durable stockings with a silky smooth texture.
• Superior Compression: 20-30 mmHg compression (Class 2) promotes healthy blood circulation and reduces leg swelling.
• Secure Fit: A comfortable silicone band at the top ensures the stockings stay in place all day long.
• Two Length Options: Choose from NORM (62-70cm inner leg measurement) or LONG (70-82cm inner leg measurement) for a perfect fit.
• Reinforced Durability: Double-reinforced elastic threads and reinforced heel and toe areas extend the lifespan of the stockings.
• Discreet Design: A minimal heel and toe design ensures a seamless look even with open-toe shoes.
• Flat Seams: Prevent chafing and provide all-day comfort.

Benefits

• Reduces leg swelling and fatigue.
• Improves blood circulation.
• Provides support for varicose veins and spider veins.
• Ideal for post-surgery recovery and pregnancy.
• Promotes comfort and well-being throughout the day.

Indications for Use

• Varicose veins
• Thrombophlebitis
• Venous edema
• Post-sclerotherapy
• Post-phlebectomy
• Post-surgical recovery from vein procedures
• Pregnancy (consult your doctor)

Sizing

Measure your inner leg length (from the floor to the crotch).

• NORM: Inner leg measurement 62-70 cm
• LONG: Inner leg measurement 70-82 cm

Note

Always consult your doctor or healthcare professional before using compression stockings, especially if you have any underlying health conditions.