Every Injection mould Design should have an opening or entry point which allows the molten plastic to be injected into the cavity of the mould. Gate type, location and design will have effects on part packing, gate removal or vestige or cosmetic appearance of the dimensions, wrapping and appearance.

Few critical considerations for designing high-quality injection mould are options of the material and consequences, critical tolerances, sink marks, safe steel areas, entry location, shut off angles, the orientation of draft angel, texturing etc.

An injection mould design is used to manufacture custom machined tools used in plastic injection moulding to mould molten plastic into various plastic products. The design of the injection mould mainly consists of two parts they are injection mould and ejector mould. These are attached to the platens and held tightly together via a clamping unit.

The Injection mould Design is used to design a mould that process usually lasts from 2 seconds to 2 minutes. In this duration, the various stages like clamping, injection, cooling, and ejection get completed within the timeframe. The Injection mould Design adhering to some basic rules will result in a part that is being easier to manufacture and assemble. This typically is much stronger in its service. It is ideal for producing high volumes of plastic parts using multi-cavity injection moulds. The best design always results in high tolerance precision, repeatability, large material selection, minimise labour cost, minimized scrap losses. Mainly these are helpful in creating things such as electronic housings, containers, bottle caps, combs, automotive interiors, and many other plastic products which are available in the market today.