- Historic Sheffield scissor maker Ernest Wright is collaborating with the University of Sheffield to scientifically analyse and refine its traditional handcrafting techniques
- University engineering experts are using cutting-edge technology to assess the company's processes, aiming to identify potential improvements in areas such as polishing and materials
- The partnership will also provide valuable industry experience for Mechanical Engineering students through industry-facing projects focused on analysing and refining Ernest Wright's machinery and processes.
A historic Sheffield scissor maker is gaining new insights into the traditional craftsmanship that it has used to lovingly handcraft scissors for over a century through a collaboration with the University of Sheffield.
Experts from the University's Faculty of Engineering are using cutting-edge technology to help Ernest Wright understand techniques that have been passed down from generation to generation to identify subtle improvements to their tried and tested processes.
Bearing the iconic 'Made in Sheffield' stamp, Ernest Wright scissors have developed an enviable reputation since the company was established in 1902, whether used in a household kitchen or by a Savile Row tailor.
Dr William Gray, Research Associate at the Leonardo Centre for Tribology at the University of Sheffield, said: "This is a collaboration I am extremely proud of. I'm a Sheffield local and have heard many stories of the little mesters yards and scissor shops that used to be found all over the city.
"The partnership began after I was gifted a pair of Ernest Wright's beautiful scissors and after visiting their workshop, it became apparent that they had some questions on their products' scientific properties.
"In my work at the University I try to advocate working with local businesses as much as possible and this felt like the perfect opportunity to offer our expertise and support."
The Broad Lane-based company asked University engineers to use their technology to measure the scissors' surface, assess quality and identify process improvements in areas such as polishing techniques and materials.
