KraussMaffei UK will be demonstrating its new injection moulding machinery range for the first time at a UK event.
In partnership with Soniplas and Matrix Plastics, a 120T precisionMolding machine will be running throughout the event, showcasing the latest in energy-saving and cycle time reduction technology.
KraussMaffei is returning to Interplas exhibition at the NEC Birmingham on 26-28th September 2023. This year is a special celebratory edition of Interplas, as it recognises 75 years since inception, which also coincides with a special milestone for the machinery manufacturer.
185 Years of KraussMaffei
Today, KraussMaffei is one of the world’s leading manufacturers of machinery and systems for producing and processing plastics and rubber, with a portfolio covering all technologies in the injection moulding, extrusion, reaction process machinery and additive manufacturing sectors, and the company will be displaying its versatile machinery portfolio to Interplas visitors this September.
At Interplas 2023, the KraussMaffei UK team will be showcasing its expertise with a series of planned demonstrations, the feature being a precisionMolding 120-380 machine running on the show floor for the first time live at a UK exhibition.
Along with partners Soniplas, Piovan and Matrix Plastics, the moulding cell aims to demonstrate the latest in injection moulding technology with the addition of APCplus from KraussMaffei, and a Soniplas system supplied by Matrix Moulding Systems, to further increase the efficiency criteria of the precisionMolding range.
Using a single cavity spiral flow test tool with complex geometry, the KraussMaffei team will be moulding from the Interplas floor.
Billed as ‘the perfect introduction into all-electric moulding’ the precisionMolding machinery, it is claimed that range provides high levels of performance and efficiency, at a reasonable entry point for the market, and can be fitted with all of KraussMaffei’s digital tools and industry 4.0 connectivity.
Read more about this on Interplast Insights.