A robotic fashion facility, aimed at green production, is planned for the UK

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Image credit: https://www.just-style.com/

A £4 million ($5 million) micro-scale robotic fashion manufacturing facility being built in the UK will test ways to produce environmentally friendly clothing.

The Manchester Fashion Institute at Manchester Metropolitan University is creating a Robotics Living Lab (RoLL) to enable small-scale fashion enterprises that employ robotic technologies for more sustainable production.

ROEL will enable fashion researchers, designers and manufacturers to work together and focus on developing robotic technologies for high-value, low-volume fashion production in the UK.

To help small fashion design enterprises use environmentally friendly production techniques, Roel develops, tests and creates new equipment solutions, including new assembly, cutting, installation and maintenance equipment.

The facility was established by the Greater Manchester Combined Authority in 2011. It supports the 2038 goal of net zero production, promotes new research partnerships and enables fashion research to influence policy on carbon-neutral production.

Science and Technology Secretary Chloe Smith announced the funding as part of a £103 million investment in digital research and infrastructure.

To help small fashion design enterprises use environmentally friendly production techniques, Roel develops, tests and creates new equipment solutions, including new assembly, cutting, installation and maintenance equipment.

The facility was established by the Greater Manchester Combined Authority in 2011. It supports the 2038 goal of net zero production, promotes new research partnerships and enables fashion research to influence policy on carbon-neutral production.

The lab is filled with “cobots”—robots designed to work alongside humans—as well as novel end-to-end devices, or things the cobots use to perform tasks.

As part of the co-design residency program, these tools will be developed in collaboration with fellows to provide flexible stitching, cutting, installation and repair.

The emergence of pattern cutting and garment construction sequence design software enables digitally enhanced design and manufacturing.



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