Customer Stories

When ITV’s Emmerdale soap opera reached its milestone 50^th birthday, the show’s producers marked the occasion with a series of stories that came to a head in a gripping special episode that aired on 16^th October. Weaving the show’s past with the present, an all-action climax saw a deadly storm hit the village and, in the run-up, viewers were treated to a powerful trailer, that featured starring cast members recreated as full colour 3D printed models, produced on the Mimaki 3DUJ-553 printer.

The Mimaki cutting plotter that’s in regular use at Sign & Design (Somerset) Ltd still looks as good as the day the company bought it, according to owner, Paul Dinsdale. Considering that date was in the late 1990s and the cutter is used almost daily, that’s some claim!

With a 30 year history striping and detailing Minis, Sean Beeston’s heritage working with the iconic automobile brand as a sign maker is unique, and investment in a Mimaki CJV150 printer/cutter has fuelled the Stripes & Graphics business; developing new product lines, expanding the team and attracting new customers.

With its design, print and manufacturing located under one, solar panel-clad roof in Lincolnshire, Countryside Art has added to its in-house capabilities by investing in a Mimaki TR300-1850C textile coating machine.

What do anatomy and 3D printing have in common? As the science that studies the shape and structure of the human body, over the centuries anatomy has been the basis of medical and scientific knowledge and remains the common thread running through the training and professional development of every doctor. The focus of this discipline is to investigate and consequently produce figurative representations of the morphology of the human body, with a degree of realism and accuracy that has played – and continues to play – a crucial role in ensuring effective teaching and the dissemination of anatomical knowledge. And this is precisely where 3D printing comes in as a state-of-the-art technology that could mark a turning point in the anatomical representation of the human body.