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IMD injection molding is an important application in modern plastic injection molding technology, which can complete the decoration process in the IMD injection mold. IMD injection molded products have the advantages of high appearance clarity, good three-dimensional sense and surface scratch resistance, so they are widely used in many fields such as automobiles, home appliances, consumer electronics and medical electronics.

The cost of IMD Injection Molds is very important in manufacturing. It varies based on factors such as mold type, size, complexity, and production volume—from $100 for a 3D printed mold to over $100,000 for a large steel mold. Understanding these IMD Injection Molds and IMD Injection Molding costs informs strategic manufacturing decisions.

IMD Injection Molding, also known as In-Mold Decoration, is a decorative technology that combines printed film with plastic resin in an injection mold. This In-Mold Decoration technology can form a decorative pattern with a printed texture on the surface of plastic products, while providing a wear-resistant and scratch-resistant protective layer.

IMD injection molding is a production method that uses injection molding to combine decorative film with injection molding. To produce a high-quality appearance effect and endow the product great wear resistance, scratch resistance, chemical corrosion resistantism, and other properties, this technology embeds the decorative film into the plastic product's surface during IMD molding. Originally developed in the United States in the 1980s, the IMD injection molding was first applied in the production of automotive interior components. It was afterwards rapidly broadened into many areas including medicine, communications, electronics, and home products.

IMD injection molding is also called thermoplastic injection in-mold decoration. In essence, this is an advanced manufacturing technology that deeply integrates decorative film into the injection molding process. In the specific operation process, the decorative film is precisely embedded into the surface of plastic products in the IMD injection molding process. This operation is not a simple superposition, but through the close combination of molten plastic and film during injection molding, the integration of the two is realized.