Orthopedic Solutions You Can Trust

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Strength in Motion, Confidence in Treatment

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Orthopedic Solutions You Can Trust

🇮🇷 PERSIAN

Strength in Motion, Confidence in Treatment

CONTACT US
Order Hotline
021- 0
🇮🇷 PERSIAN

Orthopedic Solutions You Can Trust

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CONTACT US

Strength in Motion, Confidence in Treatment

Order Hotline
021- 0
Knee Orthoses for
Stabilization & Controlled Joint Support

Knee orthoses are orthopedic devices designed to stabilize the knee joint, limit excessive motion, and reduce mechanical stress on ligaments, menisci, and surrounding soft tissues. By controlling flexion, extension, and lateral movement, they promote structured support while preserving functional mobility during recovery. These devices are commonly used for ligament injuries, meniscal conditions, post-traumatic care, post-operative rehabilitation, and degenerative joint disorders, with models ranging from elastic compression supports to hinged or rigid braces depending on the required level of stabilization.

REF-TK15

Silicone Knee Support with Magnet

Medical-grade silicone magnetic knee brace designed to provide anatomical stabilization, thermal retention, and controlled compression. Supports ligament integrity, meniscal protection, and joint function during rehabilitation and daily activity.

REF-TK15

Silicone Knee Support with Magnet

Medical-grade silicone magnetic knee brace designed to provide anatomical stabilization, thermal retention, and controlled compression. Supports ligament integrity, meniscal protection, and joint function during rehabilitation and daily activity.

Silicone Knee Support with Magnet

Otessy Silicone Magnetic Knee Brace – Model TK15

The knee joint is a complex structure consisting of the tibiofemoral, patellofemoral, and proximal tibiofibular articulations. Stability is maintained by the anterior and posterior cruciate ligaments, medial and lateral collateral ligaments, and the patellar ligament. The medial and lateral menisci contribute to shock absorption, load distribution, and joint congruency.
Disruption of these anatomical structures, particularly the ligaments and menisci, can impair biomechanical alignment and functional mobility. The patella enhances quadriceps efficiency by increasing extensor leverage and providing anterior joint protection.
The Otessy TK15 Silicone Magnetic Knee Brace is engineered to deliver anatomical conformity and controlled external support. Integrated therapeutic magnets are positioned around the joint to assist local circulation and tissue metabolism. The medical-grade silicone ensures close adherence to the knee contour, providing stable compression without restricting physiological flexion or extension. The material also preserves localized warmth, helping reduce muscular stiffness and protecting soft tissues against sudden mechanical stress.

Find Your Perfect Fit
Accurate Sizing For Optimal Support & Performance

Selecting the correct size is essential to ensure proper compression, anatomical alignment, and therapeutic effectiveness. Use the sizing options below to match your measurements with the appropriate support level. For products with adjustable or universal configurations, refer to individual product specifications for detailed fitting instructions. Choosing the right size enhances comfort, stability, and long-term performance.

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Available Sizes: Uni

Product Features

• Anti-friction anatomical design with non-slip adherence
• Integrated therapeutic magnets
• Supports localized thermal retention
• Assists in promoting circulation around the knee joint
• Helps reduce pain and discomfort
• Suitable for continuous day and night use
• Hypoallergenic and skin-friendly construction
• Ergonomic structural design
• Shape-retaining and deformation-resistant
• Reusable and easy to clean

Materials

Medical-grade silicone Therapeutic magnets

Washing Instructions

Reusable product. Hand wash with mild soap and lukewarm water. Allow to air dry completely before reuse.

Magnetic Silicone Therapy

This product incorporates integrated micro-magnets within a medical-grade silicone structure to provide an adjunct therapeutic effect. Based on the principles of magnet therapy, these embedded magnets are designed to interact with surrounding tissues and fluids, potentially supporting improved local circulation and physiological balance around the affected joint. The silicone construction ensures close anatomical conformity, allowing the product to adhere securely to the joint area for consistent support. In addition to structural stabilization, the silicone material helps retain warmth within the soft tissues, which may enhance comfort and provide protective cushioning against sudden impact—particularly beneficial in colder conditions.

How to Wear

Step-by-Step Application Guide
Proper Fitting for Maximum Support & Safety

Watch the instructional video below to learn the correct method for wearing and adjusting your orthopedic support. Proper positioning and secure fastening are essential to achieve effective compression, anatomical alignment, and long-term comfort. Following these steps ensures the product performs as intended during daily use or therapeutic support, while helping maintain stability, reduce strain, and enhance overall effectiveness.

Warnings

Reusable product. Hand wash with mild soap and lukewarm water. Allow to air dry completely before reuse.

Magnetic Silicone Therapy

This product incorporates integrated micro-magnets within a medical-grade silicone structure to provide an adjunct therapeutic effect. Based on the principles of magnet therapy, these embedded magnets are designed to interact with surrounding tissues and fluids, potentially supporting improved local circulation and physiological balance around the affected joint. The silicone construction ensures close anatomical conformity, allowing the product to adhere securely to the joint area for consistent support. In addition to structural stabilization, the silicone material helps retain warmth within the soft tissues, which may enhance comfort and provide protective cushioning against sudden impact—particularly beneficial in colder conditions.