Fibrous

Advadraw 'T' is a tri-laminate tracheostomy dressing which has a low adherent perforated wound film contact layer, an absorbent centre action and a strike-through resistant layer to seal the dressing. Advadraw 'T' is comprised of an enhanced lighter fibrous material, with tests showing improved absorbency rates when compared to other manufacturers. The slim contours of Advadraw 'T' avoids elevating the tracheostomy tube away from the neck, while the curved edges ensure maximum comfort to the patient. Available in one convenient size to suit most intubation procedures, can be easily trimmed if needed Cushioning effect on wound Low adherence -Reduced trauma on removal Conformable patient protection Suitable for low/medium levels of exudate Rapid uptake of exudates Available on FP10 Prescription Single patient use only UK Manufactured Latex-Free CE Marked CR/4416 Advazorb (T) Dressing 80x80mm Pack size 20

EVA sp6 is composed by a control box (with an entirely digitalized display) regulating the compressed air supply to the Evamatic which allows the Nutational Infrasonic Liposculpture, a high-speed aspirator and a quantitative infiltration system. EVA sp6 is a complete system. The quantitative infiltration system allows to control precisely the infiltrated quantity in different predefined zones. The system of pistons ensures an homogeneous infiltration at a constant pressure, whatever the type of fat, even fibrous.

Hernia Mesh Hernia mesh is made of medical grade polypropylene monofilament, and diamond mesh is woven on the knitting machine by changing the pulling density. Hernia mesh is made of medical grade polypropylene monofilament, and diamond mesh is woven on the knitting machine by changing the pulling density. Hernia mesh is an absorbable and non-degradable material. The hernia mesh is a single-strand structure, which ensures that the mesh edge should not be leaked, and the position is fixed and stable. It fully meets the requirements of implant materials. The mesh of hernia mesh has large inter-mesh pore. It is not suitable to hide bacteria in the mesh. It has strong resistance to infection and can effectively stimulate the proliferation of fibrous tissue, which is conducive to tissue growth and healing. The hernia mesh has good histocompatibility, fast acting with fibrin gel in the body, effective adhesion and fixation with tissue, forming a strong barrier, and no tension exists, effectively preventing hernia recurrence. In recent years, with the rapid development of material science, hernia mesh has been widely used in clinical practice, making a fundamental change in the treatment of hernia. The operation is usually completed in about half an hour. Local anesthesia is a minimally invasive operation. Application of hernia mesh: tension-free hernioplasty for primary inguinal and femoral hernia. square and oval hernia meshes with different sizes and specifications for customers to choose from.

Shockwave therapy principle The shockwave therapy equipment is based on the technology of unfocused low energy radial waves, which is a kind of acoustic wave which carries high energy to painful spots and fibrous or myoskeletal tissues with subacute, subchronic and chronic conditions. This energy promotes healing, regenerating and reparative processes of the tendons and soft tissue. The unfocused low energy radial waves scientifically proved to have a large impact on collagen structure and the skin connective tissue, improving blood circulation and the metabolism of fat cells. The mechanical massage effect reduces the edema and improves the lymphatic drainage of toxins. It stimulates collagen formation, while the skin becomes more elastic and its firmness is visible after only a few treatments.