Lee Bowman

Robox Technical Support Engineer
Clark Kent's alter ego - CEL-UK support MVP
Orange ColorFabb_XT 100µm modelled by Martin
Please note that Lee is actually a real person

George Salter

Software Developer
This photo proves he has been allowed outside.

Liam Liu

Mechanical Engineer
Always wears pants


Martin Moore

Robox Technical Support Engineer
Mad scientist. Also makes wicked 3D models


Chris White

Design Engineer/Procurement
The guy with the answers, some kind of encyclopaedia of facts, like google with hair.
Research and procurement, and research


Grant Mackenzie

Robox Business Development Director for the EMEA region
Irrepressible but not born from an egg on a mountain top


Emma Elsworthy

Business Development Director
All things business and media, it's all about the money.
Personal motto: fat but fit. Lover of tea, cake,
wine and exercise in equal measures.


Ian Hudson

Software Lead
Presser of many keys, Designer and coder of the AutoMaker™ seamless workflow that does so much behind the scenes but appears effortless to the user


Chris Elsworthy

CEO, Lead Design Engineer, Family Man
Started product development company, best known for pitching CEL in BBC Dragons' Den.
Robox® and POWER8workshop inventor.


Collette Winter

UK Logistics Manager
Where is, when are, who did and what for, among other things.


Peter Todd

Media and Operations Manager
Descriptive descriptions, multiple media


Tony Lynch

Software Engineer
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Linda Williams

Keeps the wheels turning


Debbie Dexter

Part time super hero


We’re special and we’re going to stay special.

We design products to help make jobs easier and a bit more fun. Featured On Dragons Den, The Gadget Show, BBC, USA Today, Mail Online and Yahoo! amongst others.

About the project

CEL have been working on the brand new desktop 3D printer Robox since 2012, and the world’s most accessible, modular, easy-to-use additive manufacturing system is now available to everyone.

Robox is the future of micro-manufacturing; with its HeadLock™ system, Robox will operate with different heads and users will have the opportunity to upgrade their Robox to become a dual material printer, stylus cutter, milling head or 3D scanner.

Users will also benefit in the long term from continuous updates in our own Automaker™ software, which means print speed and quality, as well as usability of the product will continuously improve over time.

Our successful Kickstarter campaign enabled us to complete the development of the first phase of Robox 3D printers; which means we now have beautiful and compact hardware, a fully polished user experience in the AutoMaker™ software, and all the safety certification required for international markets.

During the past 12-18 months, the amount of press coverage we have had worldwide has been astonishing, and we’ve received acclaim from the likes of the BBC, USA Today, Yahoo! and Mail Online. This has led to an overwhelming amount of expectation about the capabilities of Robox, and so we have inevitably taken our time to make sure the mass production units could fulfil all hope and anticipation.

Robox is now readily available to order directly from us or via one of our resellers globally see Where to buy.

Why Our Project Matters

There are many people that believe 3D printing is not ready for the mass-consumer market and that it is just too difficult to use. We’ve set out to solve this problem by designing out all of the current problems with domestic 3D printers from the ground up. Due to the high price of similar machines, we believe the technology has not yet reached the hands of those that matter – the small start-ups, artists, architects, hackers/makers and especially students and children. We’ve attempted to make Robox® accessible to all by simplifying the process of printing to a few clicks and making the product safe for the whole family to use.

This technology has the potential to disrupt traditional manufacturing processes and even the way in which products are bought and sold. It will enable people to bring manufacturing back to their local economies and reduce reliance on imports – shipping only raw materials, not finished products.

The UK government in particular has prioritised coding and 3D printing in its proposed reforms to the education curriculum. A focus on technology-related skills and in particular engineering will be among the priorities for primary and secondary school children, with secondary school-aged children getting new design and technology lessons which include learning to use 3D printers. The design and technology syllabus has also been overhauled to teach children from the age of five how to design, plan, build (and evaluate) a product from having an idea all the way through to the finished item.

There is also the potential of the technology in developing economies, where communities will be enabled to produce appropriate technology for their environment using locally available resources – think printing a water turbine from recycled plastic. We want Robox® to be part of this revolution – bringing micro-manufacturing to everyone.