Wide range of uses
Hand-held, battery-operated, portable device with a pre-filled, sterile, disposable, single patient, single-use ampule that contains our biocompatible, & biodegradable, Electrospun Healing Fibers (EHF™)
A family of products
Nanomedic in is developing a variety of disposable ampuls for medical and non-medical conditions. The EHF™ matrix is an excellent platform for drug delivery and slow release of materials and drugs into wounds and skin lesions, expanding the potential of the technology for additional significant markets such as aesthetics esthetics and cosmetics. The unique structure of the printed EHF™ matrix will contain a variety of additives from antibacterial, collagen and adhesive materials to embedded human cells, treating the most severe and complicated wounds.
The Spincare Wound Care System
Changing lives, not dressings
Nanomedic’s portable, handheld Spincare system is a fully personalized system, coupled with a disposable, single patient polymer-based sterile solution ampule enables faster and pain-reduced healing through real-time printing of a site-specific nanofibrous matrix directly onto a wound. Spincare utilizes proprietary Electrospun Healing Fiber (EHF™) technology to treat even the most severe and complicated wounds with a single application, eliminating the need for painful re-dressings. It solves both the short-term and long-term healing challenges.
Electrospun Healing Fibers (EHF™) Matrix
As skin-like as it gets
Spincare prints – in real-time – the EHF™– a nanofibrous healing matrix directly onto a patient’s wound that bio-mimics the structure of natural skin.
The EHF™ matrix provides a transparent protective physical barrier, allowing for easy monitoring of the healing process while reducing the risk of infection. The unique matrix, which bio-mimics the structure of the human extracellular matrix, can be enhanced with a variety of additives – from antibacterial, collagen, and adhesive materials, to even embedded human cells – for a wide range of complex clinical applications. The cost-effective and easy-to-use device provides care teams with flexible, full coverage of even hard-to-dress areas while enabling patients to quickly return to active life, with improved mobility and excellent healing and scarring. The EHF™ matrix serves as a temporary skin layer until the full healing of the wound with no need to replace or change it peels off on its own when the wound is healed and serves as a physical barrier for bacteria. The EHF™ printing is done from a 20 cm distance without any contact between the patient and the medical staff, reducing the risk for infection.
Allow patients to live while they heal
Significantly reducing the pain in patients
- Accelerates the healing process.
- Excellent scarring.
- No contact one-time application which reduces risk for infection.
- Excellent adherence to the wound even in hard to dress contours
Allows for early showers 24-48 hours post application. - No painful redressing.
- Cost effective and reduced financial burden.
- Fully personalized and tailored to patient condition, wound size and geometry.
- No need for pre-planning or holding large stocks of various sizes and shapes.
Make hard, easy – So why EHF™?
Significantly increase efficiency to medical staff
The Spincare device loaded with the solution ampule prints Electrospun Healing Fibers (EHF™) matrix. This matrix is biocompatible, transparent to opaque, with a highly porous structure, and is designed to cover any desired shape including all hard-to-dress areas and contours of the human body. It is permeable and breathable, providing a protective layer that stays on the wound throughout the healing process with no need to remove or replace. It is printed from a short distance, eliminating contact between the caregiver and the wound, thus reducing the potential of infection.
These characteristics relay to the intrinsic structure of the EHF™ matrix that mimics the natural structure of the human tissue and extracellular matrix (ECM), encourages quick and efficient tissue integration and regeneration and minimizes medical complications.
