Abstract: A process for producing a material for sealing and/or healing wounds fills a liquid composition into a container having two or more plates. At least two of the plates are perforated with one or more flow-through holes. At least one of the perforated plates is movable relative to another of the perforated plates. A suitable carrier is transported below the container in transport direction. The perforated plates are then continuously moved relative to each other so as to allow the liquid composition to drip onto the carrier being transported below the container. The liquid composition can thus be substantially evenly applied to the carrier.

Abstract: A process for the production of a material for sealing and healing wounds comprises the even application of a suspension to a collagen carrier. An elongated container, into which the suspension is filled, is provided with a base frame (1) and a set of two perforated plates (2,3) as its bottom. The upper plate (3) is movable and is continuously moved back and forth during the process at a right angle to the transport direction of the collagen carrier, which allows the suspension to drip on the collagen carrier which is transported underneath the container.

Abstract: A composition and its use for sealing and healing of wounds, comprising a collagen carrier which is coated on one face or all faces with a mixture of (1) a fibrinogen component which contains fibrinogen, factor XIII-containing fibrinogen or a mixture thereof, and (2) a thrombin component which contains thrombin, a substance which liberates thrombin in the presence of body fluid or a mixture of such substances. The mixture of (1) and (2) optionally may additionally contain conventional additives, such as calcium ions, protease inhibitors, heparin antagonists, substances which promote the infiltration and growth of fibroblasts, such as fibronectin, as well as antibiotics and/or bactericides.