TedaPan | For the treatment of general and diabetic wounds
TedaPan, the first smart nanofibrous dressing in the Middle East, is a knowledge-based product of Kanan Nano Structure. Today, with advances in medical technology, advanced dressings play a vital role in managing acute and chronic wounds. Infection control, necrotic tissue removal, prevention of contamination, adequate local perfusion, anti-inflammatory action, and effective epithelialization are among the key challenges faced by clinicians and wound care specialists.
TedaBurn | The best treatment for burn wounds and lasers
TedaPo | Cavity and tunneling wound repair powder
This smart product is designed and manufactured using advanced techniques for drug-loaded nanohydrogels. TedaPo is a wound repair powder for deep and tunneling wounds, developed to enhance granulation and control infection, especially in deep lesions. It is also a specialized product for healing donor and recipient sites in hair transplantation.
TEDAPAN PLUS
BLEPHAROPLASTY WOUND REPAIR
TedaPan Plus is the first smart nanofibrous dressing designed for delicate procedures such as blepharoplasty, facial procedures, central lip lift, and rhinoplasty. Aesthetic healing without scar formation is one of the primary concerns of dermatologists, aesthetic surgeons, and patients.
TEDAPAN PLUS
BLEPHAROPLASTY WOUND REPAIR
TedaPan Plus is the first smart nanofibrous dressing designed for delicate procedures such as blepharoplasty, facial procedures, central lip lift, and rhinoplasty. Aesthetic healing without scar formation is one of the primary concerns of dermatologists, aesthetic surgeons, and patients.
TedaSurg | For surgical wound care
TedaSurg is a smart nanofibrous dressing with a transparent adhesive porous layer measuring 5 × 17 cm. It is an advanced smart nanofibrous dressing designed and developed for rapid, scar-free healing of surgical, incisional, and superficial wounds.
Structural similarity of KNS nanofibrous matrix to native skin tissue
Microscopic images show that the fibrous architecture of KNS smart nanofibrous dressings closely resembles the natural structure of skin in network pattern, fiber scale, and interlacing. This similarity may explain their effectiveness in providing a suitable scaffold for tissue regeneration, moisture management, and support of the healing process. The result is a bioinspired approach that aligns technological design with the body’s structural logic.
