Applications

The Spincare System offers medical professionals a groundbreaking solution for burn care, reducing healing time, making hard applications easy for clinicians, increasing patient comfort, facilitating for effective physiotherapy due to increased motion range, and enhancing outcomes in challenging cases. Discover the future of burn treatment with Spincare – where advanced technology facilitates superior healing.

At Rambam Medical Center in Israel, the Spincare System is transforming the approach to treating partial thickness burns. Utilizing cutting-edge Electrospun Healing Fibers (EHF™) technology, Spincare creates a temporary nanofibrous, personalized skin-like matrix (alloplastic) directly on the wound, closely resembling the extracellular matrix to promote quick and effective healing. This innovative technology has demonstrated exceptional outcomes in various burn cases:

• Accelerated Healing and Pain Management: In a challenging case, Spincare facilitated complete recovery within seven days, significantly alleviating pain from a level 3 to 0 on the VAS scale.
• Effective Treatment for Complex Burns: Spincare’s transparent matrix allowed for timely monitoring and adjustment in a mixed-depth burn, leading to full healing within 22 days without the need for grafting.
• Enhanced Mobility in Burn Recovery: For a burn on the hand, Spincare’s flexibility and adherence enabled early exercise initiation, ensuring full hand function recovery with minimal scarring.
• Advanced Care for Difficult Burn Areas: In a complex shoulder burn, Spincare’s unique properties preserved the range of motion, eliminated painful dressing changes, and allowed for regular showering, significantly improving comfort and accelerating healing.

Chronic wounds, a significant and growing healthcare concern, affect a large segment of the population and pose daunting treatment challenges. The introduction of advanced wound care technologies like SpincareTM and in-situ electrospun nanofiber scaffolds represents a groundbreaking development in addressing these persistent and hard-to-heal wounds. Chronic wounds, including venous leg ulcers, diabetic foot ulcers, and pressure ulcers, often resist conventional treatments, necessitating innovative approaches. The Spincare system leverages electrospinning technology to create a tailored nanofibrous matrix that conforms precisely to each wound’s unique contours. This method has shown remarkable efficacy in treating various chronic wounds, transforming wound management by providing a 3D matrix that facilitate for cell proliferation and cell migration, as well as pain reduction.

Spincare®: A Breakthrough in Managing Epidermolysis Bullosa (EB) Wounds. Our clinical page showcases the transformative impact of Spincare® in the treatment of Epidermolysis Bullosa, a challenging genetic condition characterized by delicate skin and persistent wounds. Leveraging advanced electrospun nanofiber technology, Spincare® provides a tailor-made healing environment for each patient’s unique needs. This innovative approach simplifies wound management, significantly reducing the need for frequent dressing changes and effectively controlling exudate. The system not only hastens the healing process but also minimizes pain and lowers the risk of infections. Post-treatment outcomes are remarkable, with patients observing stronger, more resilient skin and a noticeable reduction in scarring. Spincare® is revolutionizing the approach to wound care for EB patients, offering a pathway to more comfortable, efficient, and effective healing experiences.

We have seen similar benefits in several skin disorders like toxic epidermal necrolysis (TEN), Stevens-Johnson syndrome, Hailey-Hailey and Bullosa pemphigoid.

Spincare revolutionizes the management of Donor Site Wounds (DSW) in skin grafting procedures with its cutting-edge portable electrospinning technology. Our innovative approach creates a customized, nanofibrous matrix on-site, perfectly conforming to any wound shape and contour. This technology closely mimics the extracellular matrix, significantly enhancing the tissue repair process and promoting faster healing of DSW.

The Spincare matrix is uniquely designed for optimal adherence and coverage, crucial for postoperative care in skin grafting. Its transparent nature not only ensures seamless wound monitoring but also reduces the risk of infection and accelerates the epithelialization process. Clinical results have demonstrated substantial improvements in the healing times of DSW, with no reported infections and excellent patient outcomes.

A groundbreaking advancement in burn treatment and wound management. This innovative system employs a unique cell therapy technique, leveraging in-situ electrospun nanofibers 3D scaffolds combined with cultured autologous keratinocytes. This approach dramatically enhances the healing process for extensive burn wounds, supporting rapid re-epithelialization and improved engraftment. Our system, developed through meticulous clinical research, offers on-site, personalized treatment that significantly improves healing rates. Notably, it addresses common challenges in burn care, such as reduced infection risks, minimized scarring, and enhanced treatment of deep dermal wound areas.

Based on A novel personalized burn treatment: In situ electrospun nanofibers 3D
scaffold with cultured autologous keratinocytes; Marina BenShoshan, PhD, Ayelet Di Segni, PhD 1,2, Moti Harats, MD 2, Claudia M Barzilay, PhD 3 and Josef Haik, MD