European Regional
Development Fund

Project Part-Financed
by the European Union

Buy ZCorp Consumables

Fripp Design resell the full range of
ZCorp 3D Printers from Z CORPORATION.

ZCorptraining.co.uk is the source for all your ZCorp 3D Printer Training Requirements.

ZCorptraining.co.uk is a division of Fripp Design Limited; one of the UK's leading Product Design and Rapid Prototyping companies. Fripp Design were one of the UK's first adopters of ZCorp 3D colour printing technology and are experts in building 3D colour models. We regularly get asked to provide advice on how to build better, stronger models in vibrant colours. We
now want to enable you to get more from your ZCorp 3D
Printer. We have courses for new users of ZCorp technology, through to advanced users wanting to get more from their printers.

ZCorp 3D Printer training

ZCorp 3D Printer training is a process that involves seeking technical advice regarding a particular use of a ZCorp 3D Printer. ZCorp 3D Printer training is a service provided by Fripp Design Limited based on its years of experience in rapid prototyping and, more specifically, its experience in using ZCorp 3D Colour Printers. Fripp Design are UK resellers of the complete range of ZCorp 3D Colour Printers. Fripp Design own and operate two ZCorp Spectrum 510 3D colour Printers and have built models for 100s of very satisfied customers. Fripp Design are constantly consulted by other users about how to get the best out of their 3D Printers. Therefore, for Fripp Design, it seemed a logical conclusion to offer users of ZCorp 3D Colour Printers the opportunity to get the best from the best.

Product Design

Product Design is known as idea generation. It can also be called concept or product development. Product Design is a stage before it is realized as a product. However, there may be a lot more work put in before it is turned into an actual product. This is because there may be a lot more work to do before turning an idea into a complete product that sells. Product Design is based on creativity, and it may be conceptualized by an individual or a group of individuals. Product Design may require technical knowledge as well depending on the complexity involved in a concept.

Rapid Prototyping

Rapid Prototyping involves an automatic construction process to produce physical objects. Rapid Prototyping makes use of solid freeform fabrication. A Rapid Prototyping process makes use of virtual designs that are produced on computer aided design (CAD). These virtual designs are also produced on animation modelling software. These designs are transformed into fine, virtual images that are horizontal cross-sections. The final but step-by-step process of Rapid Prototyping involves creating each cross-sections of these designs in physical space, subsequently. When all cross-sections are produced, the model is said to be complete. There are a variety of applications that make use of Rapid Prototyping because the process is believed to be accurate.

The best technology for Rapid Prototyping is the range of 3D Printers from ZCorporation. The ZCorp 310 The ZCorp 510 and The ZCorp 450 represent the state of the art 3D range of Colour Printers and Monochrome Printers.

Z Corporation develops, manufactures, and markets the world’s fastest 3D printers - machines that produce handheld models quickly, easily, and inexpensively from computer-aided design (“CAD”) and other digital data - and the world's most portable 3D scanners.

Z Corp.’s 3D printers are used by companies to make prototypes ranging from toys for market feedback to fan blades for functional testing. In the same way that conventional desktop printers provide computer users with a paper output of their documents, 3D printers provide 3D CAD users a physical prototype of real world objects such as a mobile phone, an engine manifold, or a camera.

Z Corporation’s straightforward product interface provides users a means to automatically build appearance prototypes from their 3D CAD designs quickly and inexpensively compared to alternative costly and labour-intensive methods. For example, a mobile phone design can be turned from a screen image into a prototype in less than an hour for less than £10. By using appearance prototypes early in the product development cycle, design engineers can receive critical feedback early in the design process. Z Corporation prototypes confirm market acceptance of new designs before the production process even begins, eliminating costly last-minute changes and enabling companies to be the first to market with their products.

The Company, through over 180 distributors, currently sells its products globally into a wide range of industries, including manufacturing, architecture, education, geospatial industries, health care, and entertainment. The Company has shipped more than 3,000 3D printers to customers such as Sony, Fisher-Price, Adidas, Canon, Kodak, Clorox, NASA, Lockheed Martin, Northrop Grumman, BMW, Porsche, United Technologies, Ford, Daimler Chrysler, Harvard, MIT and Yale.

Z Corporation stands poised to change the way people design products and communicate, in the same way that low cost ink-jet and laser printers changed the way we use computers. Its technology advantage and proven management make Z Corporation uniquely able to develop the billion-dollar market for 3D printing.

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