Hypodermic needle - Analysis, Machinery suppliers, Manufacturing plant, Turnkey, Testing, Risk, Product, Manufacturing Process, Company, Consultancy, Reports, MSDS, Study

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Hypodermic needles (sometimes known as ''Hypodermic syringes'') are used for many applications right from administering shots to drawing blood. The needles are long, hollow cylinders which has a puncturing point at the tip to pierce the skin of the patient. Hypodermic syringes (means ‘under the skin’) are also used to extract liquid such as blood from the body. Hypodermic needles can be classified by the bevel and gauge of the needle. There are many manufacturing plants in and out of India. One of which is located at china with the total plant area of around 340,000 square meters including 5,000 square meters of 100,000 class clean workshop. Hypodermic needles can be used as reusable or disposable. Disposable hypodermic needles are used mostly, placed in a container after only one use. Reusable needles can be used by the individuals such as diabetic patient to administer their own shots. But use of Reusable syringes may lead to infections or transmit diseases if it is not properly cleaned. And also, they must be sterilizable and nontoxic. The bevel of the needle is the one which creates the sharpness of the tip. The standard bevel is the longest and sharpest of all other types and is the most delicate and easily bluntable bevel. The short bevel is the one in between the standard and true short and used in many applications. Since hypodermic needles come directly in contact with the interior body, government regulations require that they be made from biocompatible materials which are inert pharmacologically. There are many different types of materials used to construct the hypodermic needles. Carbon steel, Glass, Synthetic rubber, Stainless steel and Plastic are the raw materials required to manufacture a hypodermic needle. But the needles are generally made of a heat-treatable stainless steel or carbon steel. Many are nickel plated in order to prevent corrosion. The main body of the tube can be made of plastic, glass, or both. Plastics are also used to make the plunger handle and for making the plunger head flexible synthetic rubber is used . Steel is heated first until molten stage as the needle is produced from it and then its drawn through a die designed to meet the size of the needle. The steel is further formed and rolled into a continuous, hollow wire as it moves along the production line. The wire is then appropriately cut to form the desired needle. Some needles are significantly more complex and are produced directly from a die casting. At this stage, the plastic or glass is supplied as granules or powder and fed into a large machine called hopper. The extrusion process involves a large spiral screw, forcing the material through a heated chamber and makes it a thick, flowing mass. It is then forced through a die, producing a continuous tube that is cooled and cut. The plastic is heated and converted into a liquid. It is then forcibly injected into a mold which is the inverse of the desired shape. Once it cools, it solidifies and maintains its shape after the die is opened. Later, the head of the plunger is attached to the plunger handle. Global market for Hypodermic needles is projected to reach $3.7 billion by the year 2015 and $4.0 billion by 2017. Product-wise, hypodermic needles account for the largest market share, while intravenous needles constitute the fastest growing segment.	Introduction Hypodermic Needle - Syringe Needle Types of Hypodermic needles Hypodermic syringe Products Hypodermic syringe recapper Portex® Hypodermic Needle-Pro® EDGE' Safety Device Hypodermic needle body with extension leads Hypodermic needles Exel needles Product list “Almost” painless hypodermic needle set Nipro Hypodermic Needle 21 Gauge Hypodermic Needle-Pro® Device Manufacturing process How is s5 ep12 hypodermic needle is made Development, Production, and Characterization of Plastic Hypodermic Needles How to make a big giant hypodermic needle "prop" for a skit How are hypodermic needles made? How do they get the hole through a hypodermic needle? How products are made Hypodermic needles manufacturing Needle manufacturing gets a in the arm shot How do they make hypodermic needles? Raw material suppliers Carbon steel Glass Plastic Stainless steel Synthetic rubber Machinery suppliers Disposable needle production line Machinery suppliers from Hiroshima Machinery suppliers from Japan Machinery suppliers from Korea Machinery suppliers from New York Machinery suppliers from Portugal Machinery suppliers from U.S.A Manufacturing plant Manufacturing plant from Austria Manufacturing plant from China Manufacturing plant from Europe Manufacturing plant from Korea Manufacturing plant from Saudi Arabia Manufacturing plant for Hypodermic needle Testing Syringe testing to ISO Evaluation of Hypodermic needles brands through the test of corrosion resistance Crack Testing of Hypodermic Needles Puncture and needle testing Hypodermic Needle Puncture Resistance Tests Medical Needle Puncture and Bend Testing Results Hypodermic Needle Testing Tensile Testing of Hypodermic Needles MSDS Terumo Trisonex Patents Method of making a hypodermic needle Needle tip guard for hypodermic needles Needle and syringe Hypodermic needle Captive cover for a hypodermic needle of an intravenous (IV) tube assembly Needle puller for destroying hypodermic needles	Turnkey service providers Turnkey service providers from Germany Turnkey service providers from Korea Turnkey service providers from Massachusetts Turnkey service providers from Virginia Company profiles Company from Connecticut Company from Gujarat Company from Kanpur Company from Massachusetts Company from New Jersey Company from Singapore Company from U.S.A Another company from U.S.A Consultancy Consultancy from Hampshire Consultancy from New York Consultancy from U.K Another Consultancy from U.K Online Consultancy1 Online Consultancy2 Market Cost Effective Solutions for Home-Generated Medical Waste Emerging technologies in Drug delivery Telezon advances plastic needle products US Disposable Medical Supplies Market Global Special Purpose Needles Market to Reach $4.0 Billion by 2017 Special Purpose Needles Market to Exceed US$3.7 Billion by 2015 Report Needle exchange programs and deregulation of needles and syringes Management of a broken hypodermic needle Deregulation of Hypodermic Needles and Syringes as a Public Health Measure Report on Fractured Hypodermic Needle Sticking it to the man Risk Needle and Syringe Reuse = Infection Risk Needles at risk Needlestick and Other Risks from Hypodermic Needles Needlestick injuries Generic risk assessment for the lab use of hypodermic needles. Standard operating procedure of surgical blades and Hypodermic needles Dangers Of Hypodermic Needle Sticks Study Hypodermic needle puncture of shear thickening fluid treated fabrics Ultrasite valve hemocompatibility study Penetration characteristics of hypodermic needles in skin and muscle tissue Media effects The effects of needle puncture injury on microscale shear strain in the intervertebral disc annulus fibrosus An evaluation of sharp safety hypodermic needle devices Percutaneous extensor tenotomy for chronic tennis elbow using an 18G needle Comparative hypodermic needle sharpness among major brands Hypodermic needle like hollow polymer microneedle array using UV lithography into micromolds Filler injections with the blunt-tip microcannula
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