Itajime gasuri: digital warps

Conference item


Wells, Kate 2014. Itajime gasuri: digital warps. World Shibori Network.
AuthorsWells, Kate
Abstract

Itajime gasuri is a Japanese resist technique, which today is almost extinct but was originally employed to patterned warp yarns by clamping them between two boards engraved in high relief. When the clamped bundle was then immersed in a dye-bath, the dye was unable to penetrate into the areas under pressure and the resulting dyed and finally woven cloth produced an ikat like pattern. A process invented by Tomoshicihi Miura in 1837 to copy and increase production of the labor intensive textile dyeing technique ikat was re-discovered by the highly skilled Craftsman and Japanese weaver Norio Koyama, who in 1996 when visited in Japan was the only remaining craftsperson to still employ on a commercial level, the traditional process of itajime gasuri: the utilization of identically carved wooden boards to resist pattern fabrics. As a silk weaver, Norio Koyama, became interested in the process of itajime gasuri having purchased the last remaining full set of traditional clamping boards. Teaching himself the intricate and precise processes involved with the technique and required to produce lengths of fabric with patterns similar to double 'ikat'. A present of eight old boards to the author enabled the technique to spread to Europe and has enabled further research to be carried out into the processes involved and along side advancements in digital technology provided an opportunity to reinvent the process by employing old or newly digitally machined boards to produce modern versions of such textiles, which when combined with digital technology in the form of image manipulation and digital printing both onto prepared fabric bases and warps prior to weaving has enabled the process to reinvent itself and design qualities achieved with such a technique evolve into a patterning method for the 21st Century. The excitement occurs when a process invented by Tomoshicihi Miura in 1837 to copy and increase textile production of the resist dyeing technique ikat can be once again employed to create textile designs if new Itajime gasuri boards are created with digital manufacturing techniques and digital scanning along side digital printed will once woven produce an ikat effect: A complete cycle of creativity and innovation being achieved.

Itajime gasuri is a Japanese resist technique, which today is almost extinct but was originally employed to patterned warp yarns by clamping them between two boards engraved in high relief. When the clamped bundle was then immersed in a dye-bath, the dye was unable to penetrate into the areas under pressure and the resulting dyed and finally woven cloth produced an ikat like pattern.
A process invented by Tomoshicihi Miura in 1837 to copy and increase production of the labor intensive textile dyeing technique ikat was re-discovered by the highly skilled Craftsman and Japanese weaver Norio Koyama, who in 1996 when visited in Japan was the only remaining craftsperson to still employ on a commercial level, the traditional process of itajime gasuri: the utilization of identically carved wooden boards to resist pattern fabrics. As a silk weaver, Norio Koyama, became interested in the process of itajime gasuri having purchased the last remaining full set of traditional clamping boards. Teaching himself the intricate and precise processes involved with the technique and required to produce lengths of fabric with patterns similar to double 'ikat'.
A present of eight old boards to the author enabled the technique to spread to Europe and has enabled further research to be carried out into the processes involved and along side advancements in digital technology provided an opportunity to reinvent the process by employing old or newly digitally machined boards to produce modern versions of such textiles, which when combined with digital technology in the form of image manipulation and digital printing both onto prepared fabric bases and warps prior to weaving has enabled the process to reinvent itself and design qualities achieved with such a technique evolve into a patterning method for the 21st Century.
The excitement occurs when a process invented by Tomoshicihi Miura in 1837 to copy and increase textile production of the resist dyeing technique ikat can be once again employed to create textile designs if new Itajime gasuri boards are created with digital manufacturing techniques and digital scanning along side digital printed will once woven produce an ikat effect: A complete cycle of creativity and innovation being achieved.

KeywordsKyokechi; Digital Warps; Itajime gasuri; Board Clamping; Ikat; Chinese silk; Textile printing
Year2014
PublisherWorld Shibori Network
Web address (URL)http://hdl.handle.net/10545/621660
hdl:10545/621660
File
File Access Level
Open
File
File Access Level
Open
Publication dates31 Oct 2014
Publication process dates
Deposited23 Jun 2017, 09:00
ContributorsUniversity of Derby
Permalink -

https://repository.derby.ac.uk/item/94v20/itajime-gasuri-digital-warps

Download files


File
license.txt
File access level: Open

  • 83
    total views
  • 43
    total downloads
  • 2
    views this month
  • 1
    downloads this month

Export as

Related outputs

Bio-colours sustainable colour: Material, colour and patterning, choice for textiles that can have a positive impact on our well-being.
Wells, Kate and Greger, Ness 2018. Bio-colours sustainable colour: Material, colour and patterning, choice for textiles that can have a positive impact on our well-being.
Digital warp blue part of silken threads exhibition
Wells, Kate 2014. Digital warp blue part of silken threads exhibition.
Barcode I, II, III
Wells, Kate 2014. Barcode I, II, III.
Digital warp blue
Wells, Kate 2015. Digital warp blue.
Shibori: digital intervention
Wells, Kate 2020. Shibori: digital intervention.
The emerging evidence of a time through the emergence of an image through time: a correlation between the early photographic imaging processes anthotypes and natural dyes
Wells, Kate, Jackson, Jane and Pearson, Emily 2015. The emerging evidence of a time through the emergence of an image through time: a correlation between the early photographic imaging processes anthotypes and natural dyes.
A design journey across time and five nations
Wells, Kate 2019. A design journey across time and five nations.
Itajime: digital intervention
Wells, Kate 2019. Itajime: digital intervention. The Maharaja Sayajirao University of Baroda.
The revival of the ancient technique of printing with mordants and dyeing in bi-colourants to achieve contemporary poly-chromic designs
Wells, Kate and Churn, Kate 2018. The revival of the ancient technique of printing with mordants and dyeing in bi-colourants to achieve contemporary poly-chromic designs. NOVA University of Lisbon Campus Caparica / Caparica Portugal.
Solar patterning: The employment of fast and fugitive colorants via the historical: anthotype, cyanotype and leuco vat: Solar dye patterning processes.
Wells, Kate 2018. Solar patterning: The employment of fast and fugitive colorants via the historical: anthotype, cyanotype and leuco vat: Solar dye patterning processes.
Fabrica-tactilis, skilful production, structure - Fabric that may be touched, tangible
Wells, Kate and Poundall, Robyn 2014. Fabrica-tactilis, skilful production, structure - Fabric that may be touched, tangible.
Solar patterning: The employment of fast and fugitive colorants via Anthotype, Cyanotype and other photographic techniques.
Wells, Kate and Greger, Ness 2016. Solar patterning: The employment of fast and fugitive colorants via Anthotype, Cyanotype and other photographic techniques. Progress in Colour Studies (PICS).
Sustainable solar surface decoration: the correlation between Anthotype principles with plant extractions as a form of eco-patterning for fabrics
Wells, Kate and Greger, Ness 2016. Sustainable solar surface decoration: the correlation between Anthotype principles with plant extractions as a form of eco-patterning for fabrics. The Textile Institute.
Cyanotype and Anthotype: Eco-patterning with mineral and natural dyes
Wells, Kate 2015. Cyanotype and Anthotype: Eco-patterning with mineral and natural dyes. Proceedings of the 3rd International Textiles & Costume Congress - ITCC 2015.
‘Invent-re-invent Itajime: digital board clamping’
Wells, Kate 2013. ‘Invent-re-invent Itajime: digital board clamping’. Kasetsart University.
The creative use of salt shrinking and de-gumming of silk as a patterning technique
Wells, Kate 2013. The creative use of salt shrinking and de-gumming of silk as a patterning technique.
The creative use of salt shrinking and de-gumming of silk as a patterning technique
Wells, Kate 2013. The creative use of salt shrinking and de-gumming of silk as a patterning technique. Kasetsart University Press.
Colour, health and wellbeing: the hidden qualities and properties of natural dyes
Wells, Kate 2013. Colour, health and wellbeing: the hidden qualities and properties of natural dyes. Journal of the International Colour Association.
Fabric dyeing and printing
Wells, Kate 2000. Fabric dyeing and printing. Conran Octopus Limited.
More than Nature's colours
Wells, Kate 2013. More than Nature's colours.
The Dyers' craft: resist patterned textiles
Hann, Michael and Wells, Kate 2000. The Dyers' craft: resist patterned textiles. The University Gallery, Leeds.
More than Nature's colours
Wells, Kate 2013. More than Nature's colours.