Centre for Fine Print Research
Research at the Centre for Fine Print Research is based on the production of the physical artefact, primarily predicated in print. Our long term vision is to capitalise on the strengths that have been built over the last 10 years to work in new and innovative ways towards novel surface print, design and fabrication in 2 and 3D. Combining a multi-technology approach - using novel materials and processes to push forward new ideas and innovation our key research themes are 3D print and colour, artists books, wide format printing, laser cutting and collaboration with artists.
Gallery, Artist studio or collective
CFPR UWE helps save 'integral part of English ceramic history' by combining late 19th century and digital print techniques
UWE Bristol's Centre for Fine Print Research (CFPR) is helping retain traditional English pottery decorating skills by finding ways of combining them with digital print techniques.
Professor Steve Hoskins, director of the CFPR, and Mr Dave Huson are collaborating with Burleigh Pottery in Stoke-on-Trent, the last remaining company to produce ceramic tableware decorated using the traditional printed underglaze tissue method. The pottery was saved from the threat of closure by the Princes' Regeneration Trust in June 2011.
The CFPR has just been awarded an Arts and Humanities Research Council (AHRC) grant worth £119,970 for a 12 month project called 'Combining Digital Print Technologies with 18th Century Underglaze Ceramic Printing to Retain an Industrial Heritage Process'.
Underglaze tissue ceramic transfer printing was first developed in the mid-18th century and involved the use of engraved or etched metal plates, from which the tissue was printed with a cobalt blue colour- the famous 'Willow Pattern' being a well-known example. Underglaze tissue has a very distinctive, subtle quality – it is an integral part of English ceramic history, and cannot be replicated by any other means.
When the Princes' Regeneration Trust became involved, this saved 50 jobs, maintaining the traditional manufacturing skills unique to the Burleigh Pottery at Middleport, and preserving the historic buildings, collection of moulds and machinery for the next 25 years.
Steve said, “There is a long-term issue with both the maintenance and production of printing rollers and plates, which in the past have been hand-engraved. This project aims to address that issue by introducing the potential of printing traditional potter's underglaze tissue and applying it in the same way as the late 18th Century process, but creating the plate from a digital file. This means reducing the time from one month needed to engrave a roller to less than a day to create a digital equivalent, whilst retaining the integrity of the final product.”
This project builds upon previous AHRC funded research in 2000 in which Steve researched the combination of the digital capabilities of flexographic printing technology and the earliest printing processes first developed for the ceramic industry in the 1780s.
Underglaze transfer printing continued to be used in the UK ceramics industry up until the 1980s. However from the 1950s it began to be supplemented, first by screen printing, because it was relatively slow and required skilled artisans to apply the transfers. However because screen-printed transfers are on top of the glaze the image will wear and fade in a dishwasher and has none of the subtleties, delicate qualities and permanence of underglaze.
Sarah Heaton of Burleigh says, “Burleigh is now the last company left in the UK to use these time-honoured methods. This project offers the potential to retain important skills within the pottery industry and make sure that an extant and working Victorian Pottery remains a viable part of the community and the nation's industrial heritage.”
Steve continued, “We aim to collaborate with Burleigh to consolidate a commercial future and retain the unique skill-base for this historic, very English, process whose development is part of a uniquely English form and thus of our cultural heritage.
“The aesthetic qualities of underglaze tissue transfer are not reproducible by other methods and it offers numerous artistic as well as commercial possibilities. Once the image is printed it can then be transferred in the traditional way to unglazed biscuit-fired ceramic ware. The resultant print is then fired, bonding the image permanently to the ceramic surface, and a clear glaze applied which both protects the printed image and enhances the colour of the pigments.”
3D Printing in Ceramics
Arts and humanities research generates innovative ideas with real-world applications and commercial potential. One example of research that is realising this potential and contributing to economic growth is an AHRC-funded Knowledge Exchange project at the University of the West of England.
In this film we see how researchers at the Centre for Fine Print Research, Led by Professor Stephen Hoskins and his team, have developed new methods of creating ceramics using 3D printing technology and worked with Denby Potteries to test designs and develop prototype models in ceramics.
- Arts and Humanities Research Council
Bristol and Bath By Design
UWE Bristol, Bath Spa University and Bristol University are collaborating to undertake a comprehensive analysis of the value and impact of design in the city region in an 18-month project funded by the Design Council and the Arts and Humanities Research Council (AHRC).
Bristol & Bath by Design will create a regionally based five-person team of experienced design researchers with extensive knowledge of design in the region. The universities bring further academic standing in related key areas: statistics, creative-sector microbusiness, and business development.
We are now recruiting the research team that will be managed by investigators from UWE’s Bristol School of Art & Design and Bristol Business School, University of Bristol’s Department of Mechanical Engineering and Bath Spa University’s Bath School of Art & Design.
Bristol & Bath by Design offers the rare opportunity to work on an exciting and challenging multi-disciplinary project with wide reaching benefits for the region, academic and appropriate industrial communities.
Research Team Opportunities
UWE recruiting at uwe.ac.uk/jobs:
Research Fellow: Mapping Quantitative Econometrics Ref: 1430441
£31,342 - £37,394 18-month fixed-term post, starting November 2014
Research Project Officer Ref: 1430338
£27,864 - £31,342 18-month fixed-term post, starting November 2014
2 Research Associates: Field Research & Analysis Ref: 1430329, Ref: 1430330
£27,864 - £31,342 12-month fixed-term post, starting January 2015
Bath Spa recruiting at jobs.bathspa.ac.uk:
Research Fellow: Design History Ref: 08/14/2074
£31,342 - £35,256 12-month fixed-term post, starting January 2015
November start: closing date 15 September; interviews week of 29 September 2014
January start: closing date 13 October; interviews week of 27 October 2014
Centre for Fine Print Research
Bower Ashton Campus Kennel Lodge Road