Metal Additive Manufacturing

Rapid Tooling in Plastic Injection Moulding and how it differs to Conventional Injection Mould Tooling

Rapid Tooling in Plastic Injection Moulding and how it differs to Conventional Injection Mould Tooling

Rapid tooling in plastic injection moulding significantly reduces the lead time associated with producing moulds compared to conventional methods. While traditional tooling relies on machined metal moulds that take weeks to produce, rapid tooling utilises advanced techniques like 3D printing to create moulds in a fraction of the time, making it ideal for prototyping and small production runs.

Rapid Tooling in Plastic Injection Moulding and how it differs to Conventional Injection Mould Tooling Read More »

plastic injection moulding

Keeping your cool: create quality plastic injection moulded parts

The outbreak of the human coronavirus (COVID-19) pandemic has strained the supply chains for injection moulded parts significantly. As a result, the need for exceptional standards of quality control has never been greater; the key to the consistent production of high-quality plastic injection moulded parts is the way in which the polymer is cooled after it has filled the mould cavity.   High injection moulding reject rates  The uneven cooling of injection

Keeping your cool: create quality plastic injection moulded parts Read More »

plastic injection moulding

Metal additive manufacturing turns up the volume

Metal additive manufacturing is the archetypal digital manufacturing technology. When additive techniques first became commercially available, proponents claimed that they would fundamentally change the way manufacturing is done. By removing the need for traditional moulds and tools, they argued, 3D printing would replace many older manufacturing techniques. That revolution has yet to happen. Additive manufacturing

Metal additive manufacturing turns up the volume Read More »

Scroll to Top