Injection Moulding

Plastic injection molding is a manufacturing method in which a plastic material is melted and poured into a complex mold to create parts or products with a defined shape. The process begins when plastic granules enter the feed pipe of the injection machine, where they are heated and fused into a liquid mass. The liquid plastic is then compressed under high pressure into a cold mold, where it cools and hardens into its final shape. Plastic injection allows massive production of parts in complex shapes at relatively low costs.

ABS (acrylonitrile butadiene styrene) is a type of plastic characterized by high durability, hardness and mechanical strength. It also offers some flexibility that allows it to withstand impact without breaking. The main advantages of ABS in plastic injection include:

Good resistance to fracture and heat.

Smooth and clean finish, which allows easy painting and printing on the parts.

Good chemical resistance, suitable for use in various environments.

It can be processed into complex shapes with fine details, which adds to the flexibility in product design.

Plastic injection differs from other production methods in several aspects:

Speed ​​of production: plastic injection allows for fast and efficient production of large quantities of parts, compared to methods such as casting or drilling.
Cost: Generally, plastic injection is more economically efficient when it comes to mass production, because the set-up expenses are high but the ongoing production expenses are low.
Precision and repeatability: plastic injection provides very high precision and repeatability in the production of the parts, which is especially suitable for products that require high consistency and precision in dimensions.
Plasticity and flexibility in design: while other manufacturing methods can limit design freedom to some extent, plastic injection allows the creation of more complex and thinner shapes with relative ease.