Akademik Veri Yönetim Sistemi
III. International Kayseri Scientific Research Conference, Kayseri, Türkiye, 20 - 21 Temmuz 2024, cilt.1, sa.1, ss.187-191
For the creation of plastics, oil is the most significant raw resource. Polymers, which are an alternative to metal materials, may have their mechanical qualities altered by varying the ratios of the structural elements and by adding different additives (glass fiber, carbon, bronze, alumina, talc, etc.). Plastic injection mold design is one of the most used manufacturing processes in the business. This approach is used to produce a wide range of goods for a variety of businesses. Plastic injection mold design is an appropriate approach for mass manufacturing since it allows for the manufacture of high-quality items at a low cost. The process of designing a mold for the injection technique of producing a plastic product is known as plastic injection mold design. By melting plastic granules and inserting them into a mold, objects of the required size and form may be made using this method. Nowadays, plastics are a valuable engineering material that may rival metals and ceramics due to their wide range of applications. An extensive range of applications exists in the industrial domain for plastics, thanks to their attributes like high strength/lightness ratio, cheap manufacturing costs, excellent resistance to chemical corrosion, and thermal and electrical insulation. Applications for plastic injection molds are many and span numerous sectors. Consumer products, the automotive industry, medical technology, construction, aerospace, and defense are some of the primary industries that employ them. These are only a few instances from the present; when new materials and methods are developed, plastic injection molding will find more and more uses. The versatility, cost-effectiveness and precision of this process make it one of the cornerstones of modern manufacturing. Plastic Injection Mold manufacture is one of the most popular plastic forming technologies nowadays due to its appropriateness for mass production and lack of product geometry constraints.