Biomaterial surface Processors | plasma material surface machine | Medical plasma processing equipment

 Research and Innovation plasma surface processor of its customers are in the medical field, packaging, plastics field, the automotive industry, electronic products, precision cleaning field, mobile computer case modification to provide electronic information industry, the rapid growth of key technologies in the future. In the medical field of plasma surface processor is used in the surface treatment of human implant material. Now synthetic polymer materials can not fully meet the needs as biomedical materials biocompatibility and high biological functional requirements. However, after the adoption of plasma surface processor, the polymer material can be immobilized on the surface of biologically active molecules, to achieve the goal as biomedical materials. Metallic biomaterials can be implanted in vivo means or with a combination of biological tissue material, mainly used for certain tissues and organs of the human body reinforcement, repair and replacement. It includes medical stainless steel, medical magnetic alloys, cobalt alloys for medical and shape memory alloy. Metallic biomaterials should have good mechanical properties and functional characteristics, when it is implanted in vivo, but also to meet the requirements of biocompatibility, to avoid rejection of organisms to produce the material, and material adverse effects on organisms . When the metal used in vivo biological material, due to the physiological environment can cause corrosion of metal ions diffuse into the surrounding tissue, causing side effects and implant failure. The interaction between the implant material and organisms only a few atomic layers at the surface, and therefore, the metal material surface modification of the metal surface properties of materials and biological activity to better combine metallic biomaterials application to lay a good foundation. Low-temperature plasma technology is a dry process, is simple to operate, easy to control, the desired treatment material time is short, the advantages of no environmental pollution, and the role of the surface involves only a few hundred nanometers, the matrix performance is not affected. In terms of metal surface modification of biomaterials to create a new way, in the biomedical field it has attracted more and more attention.