Robinson Packaging, a UK-based provider of custom moulded plastic packaging has installed the first Stratasys F270 3D Printer in Europe.
The F270, provided by Laser Lines, is part of the Stratasys F123 Series, a new generation of office-friendly 3D printers launched in February 2017. It will be used by Robinson Packaging in its work with global brands including GU Puds and Gillette.
Graham Nolan, Senior Product Designer at Robinson Packaging, said: “We chose the F270 because it’s twice as fast as its predecessor so it will allow even more efficient turnaround of design prototypes and test parts as well as a wider range of material options. As an early adopter of new technologies, this latest purchase is part of our continued programme of investment.”
Mark Tyrtania, Sales Director at Laser Lines, added: “The Stratasys F270 is easy to install and simple to use, delivering Stratasys’ promise of plug-and-play printing. With wired and wireless networking, a touch screen display and intuitive bundled software, the F270 calibrates automatically, so Robinson Packaging will be more productive from the moment they take delivery.”
F123 Series Printer, Stratasys
The F270 will prove to be an invaluable addition to Robinson Packaging’s suite of 3D printers, where a combination of models lets the team quickly mock up prototypes for customer approval and development. Typical items printed are pots, lids, bowls, cutlery and product jigs to name but a few.
Nolan concludes: “Being able to print such accurate models has allowed us to complete product demonstrations faster and with more accuracy than we would ever have been able to do without our 3D printers. Keeping our suite at the leading edge is so important to us – it means we can deliver better products to our customers with ever shorter lead times.”
The F123 series offers a range of materials including ABS-M30, ASA and QSR support material (plus PC-ABS in the F370). The printers can also use inexpensive PLA, and each has a draft mode that further reduces the cost of producing test models.