September 2026

A Two-Plate Injection Mould is one of the most common and straightforward types of injection mould used for manufacturing plastic components. It consists primarily of two main mould plates that separate along a single parting line to allow the finished component to be removed. Two-plate moulds are widely used because they have a relatively simple […]

Twin-sheet thermoforming moulds are moulding tools used in a thermoforming process where two separate thermoplastic sheets are heated and formed simultaneously. The two formed sheets are then joined together around their edges to create a hollow, lightweight, and rigid component. This process is particularly useful for manufacturing products that need an enclosed or hollow structure,

Thermoplastic compression moulding is a manufacturing process in which a thermoplastic material is heated until it becomes soft or molten and then shaped inside a mould using pressure. Unlike thermosetting materials, thermoplastics can generally be reheated and reshaped. The process is useful for producing certain plastic components, composite parts, sheets, and specialized products where compression

A multi-cavity injection mould is an injection mould that contains two or more cavities, allowing multiple plastic parts to be produced during a single injection cycle. It is commonly used for medium- and high-volume production where increased output and consistent part quality are important. How Does a Multi-Cavity Mould Work? The basic process is: 1.

A single-cavity injection mould is a mould designed to produce one plastic part in each injection cycle. It is one of the simplest injection mould configurations and is commonly used for prototypes, small production runs, large components, and products that require frequent design changes. How Does a Single-Cavity Injection Mould Work? The basic injection moulding

Thermoset compression moulding is a manufacturing process used to produce plastic and composite components from thermosetting materials. A measured quantity of material is placed into a heated mould cavity, and pressure is applied to form the material. Heat causes the material to cure and permanently harden. Unlike thermoplastics, thermosetting materials cannot normally be melted and

Pressure forming is an advanced thermoforming process used to create detailed plastic parts. It is similar to vacuum forming, but instead of relying only on vacuum pressure, compressed air is also applied to push the heated plastic sheet tightly against the mould surface. This additional pressure allows pressure forming to produce more detailed shapes, sharper

An injection mould is a precision tool used to shape molten plastic into a desired product. It consists of several components that work together to inject, shape, cool, and release the molded part. Understanding the basic components helps in designing, operating, and maintaining injection moulds effectively. 1. Mould Plates Mould plates provide the main structural

Compression moulding is a manufacturing process in which a measured amount of material is placed into a heated mould cavity. The mould is then closed and pressure is applied, causing the material to flow and take the shape of the mould. The materials used depend on the product design, required strength, temperature resistance, flexibility, and

A vacuum forming mould is a tool used in the thermoforming process to shape heated plastic sheets into specific forms. Vacuum forming is widely used to manufacture packaging, trays, covers, containers, display products, and various custom plastic components. What Is a Vacuum Forming Mould? A vacuum forming mould, also called a forming tool, provides the