Manufacturers of solid dosage tablets often used precision coatings to maintain the state of the original surface of tablets tools. The reason for this is to ensure that the process of manufacturing tablets works effectively as possible. Punches, dies and tooling other tablets often develop microscopic cracks and pits in time, resulting in a decrease in performance during production. When applied using the appropriate method, precision coatings are able to maintain surface finishes critical tools tablets, increase efficiency and reduce costs of production of tablets. Improvement of Ion Beam deposited (IBED) Coatings an alternative to conventional coating processes (such as plating and physical vapor deposition), deposition of ion beam enhanced (IBED) The process can produce coatings that are inherently flexible and precise double the original surface tools. IBED process allows a broad range of metallurgical compositions (metal, nitride, oxide, carbide), a high degree of control over nanostructure surface and groundwater, and the typical thickness of 5 microns (0. 0.002 inch) . Excellent grip, precision and consistency are achieved with the treatment temperature was below 93 degrees Celsius (200 degrees Fahrenheit). IBED applied precision coatings can be deposited in most metals, glass, ceramics and surfaces plastic. Titanium nitride coating – Titanium nitride coatings are an ideal base for pharmaceutical supplies, provide corrosion resistance and surface smoothness Supreme removing sticks and collecting during production. In use, the titanium nitride offers superior performance in most areas, beatings and chrome-nitride coating improved corrosion resistance, reduce / paste collection and reduce the high rates of attrition. chemical properties of titanium nitride – titanium nitride is a metal nitride compound and its chemical formula is tin. This is a solid material that shows a light metallic gold color. Titanium nitride has an odor. Solid form and is applied as a thin layer of another material, TiN is not volatile and flammable, and is insoluble in the organic solvents. It is highly reactive with strong inorganic acids react with and dissolve in strong oxidizing agents such as hydrogen peroxide and persulfates. It is difficult (HKN 2800), very resistant to abrasion and therefore does not exempt wear debris. When deposited as a layer using the process IBED, titanium nitride is fully dense and free of voids. For this reason, tin will not absorb or trap the powder or liquid material which may come into contact. Health effects of TiN-titanium and titanium compounds such as Titanium nitride are considered physiologically inert. TiN is not classified as a carcinogen and does not cause acute or chronic toxicity of any kind. FDA regulations for the use of TiN Food U. S. and Drug Administration (FDA) regulates the equipment used in the manufacture of pharmaceutical products, including tools solid dose tablets. titanium nitride coating, when applied to working surfaces of tablets shots and dies with the process IBED meet the guidelines of the FDA regulations (21 CFR 211. 65) because the process of marketing of coatings unreactive (except with extreme oxidizing agents), additive-free and non-absorbent.