The Institute of FOYSE Technology
Welcome to TIoFT! Your destination for immersive education on the world’s first noninterlaced textile
wE PROUDLY INTRODUCE A GROUNDBREAKING ERA IN TEXTILES – FIBRE ON YARN SURFACE ENTANGLEMENT TECHNOLOGy
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FOYSE TECHNOLOGY THE FUTURE OF TEXTILES FOR FUNCTION AND FASHION
Don't get left behind! Step into the realm of this disruptive patent-granted production process. One destined to transforms the fabric of the world
FOYSE Technology pioneers a whole new approach to textile manufacturing. A novel approach that surpasses the conventional ancient techniques of woven and knitted textiles.
The world is changing rapidly, and groundbreaking innovations like FOYSE Technology are reshaping industries at an unprecedented pace. Be an early adopter and gain a competitive edge.
Join our no cost (limited time only) information webinar introducing FOYSE Technology
We're setting the stage for a paradigm shift in the way we think about fabrics
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- Uniqueness to universities and educational establishments
- Uniqueness to business establishments
The Institute of FOYSE Technology is being pioneered by Dr. Sonia Reynolds the visionary inventor of this disruptive manufacturing process. Watch a free webinar to find out all about this new method of make.
FOYSE TECHNOLOGY CROSS DISCIPLINARY WITH UNLIMITED CAPABILITY
FEATHER WEIGHT E-TEXTILES
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Discover the future of textiles
Discover the future of textiles
FOYSE Technology represents a leap forward in textile engineering, offering unprecedented strength, durability, and versatility. By joining our webinar, you'll be among the first to unravel the secrets behind this game-changing innovation.
Stay ahead of the curve
The world of textiles is evolving rapidly, and those who fail to keep up with the latest advancements risk being left behind. Ensure your success and stay ahead of your competition by learning about FOYSE Technology before it becomes the norm.
Time-saving convenience
Life is busy, and we understand your commitments. With our on-demand format, you can access the webinar at your convenience, ensuring you don't miss a single moment of critical information.
Act now – the clock is ticking!
Remember, the early adopters reap the greatest rewards. So, act now and get ready to embrace a world of endless possibilities!
Sign up now, and let's embark on this transformative journey together!
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Brief history of tioft
Dr Reynolds received repeated requests for knowledge share on FOYSE Technology from industry leaders, academia, designers, teachers, and creatives. The Institute is a seamless extension of the company Zephlinear Ltd which was established October 2020 by Dr Reynolds as part of her research. Zephlinear is the name given to the first fabric surface created by FOYSE Technology introducing a 4th class of Textile. Seamlessly embedded within the Zephlinear family of brands TIOFT stands as a beacon of knowledge and excellence. The Institute is dedicated to pioneering this ground-breaking advancement through unparalleled research, innovation, and knowledge sharing.
At our institute, we aim to foster an environment of collaboration and inspiration, bringing together thought leaders, scientists, engineers, and visionaries from various disciplines. Through our multidisciplinary approach, we explore the limitless possibilities of FOYSE technology, pushing the boundaries of what is possible in textile manufacturing. The Institute of FOYSE Technology (TIOFT) is set to launch October 2023 and is currently conducting a global awareness campaign.
Who We Are
The institute stands as the world's leading authority in this cutting-edge field, Dr Sonia Reynolds heads the organisation and has redefined the very fabric of textile manufacturing. FOYSE is not just an acronym; it represents a disruptive and transformative force that is set to reshape the textile industry's landscape.
At the Institute of FOYSE Technology, we are driven by a singular mission – to pioneer, empower, and revolutionise through the art of knowledge sharing. Our vision is to unleash the full potential of FOYSE, unlocking previously untapped possibilities and accelerating innovation across the globe.
Our institute is a nexus of creativity and collaboration, bringing together brilliant minds from diverse disciplines to explore, experiment, and envision a future where textiles transcend their conventional limitations. We believe that by promoting a culture of open dialogue, relentless research, and cutting-edge exploration, we can unlock unprecedented applications and foster a new era of sustainable, efficient, and versatile textile production.
The power of FOYSE lies not only in its ingenuity but in its potential to create positive impacts in multiple sectors, from fashion and healthcare to architecture and beyond. As we embark on this transformative journey, we invite industry leaders, scholars, entrepreneurs, and enthusiasts to join hands with us and embrace the limitless possibilities that FOYSE offers.
Together, let's embrace innovation, challenge convention, and change the way we make textiles. The Institute of FOYSE Technology is your gateway to a world where fibres and fabrics transcend traditional limitations. Join us on this extraordinary adventure as we revolutionise the way we make textiles, one entangled fibre at a time.
What is FOYSE technology
FOYSE stands for Fibre on Yarn Surface Entanglement, and it is a disruptive new method of textile production that is set to redefine the industry's capabilities. By seamlessly entangling fibres on the surface of yarn, FOYSE achieves unparalleled strength, durability, and versatility in fabrics, taking textile performance to a whole new level.
FOYSE technology removes the limitation of three known methods of fabric construction. As a textile engineering innovation FOYSE deals with the application of scientific and engineering principles to the design and control aspects of fibre. FOYSE technology is a novel method of making which uses yarn to manufacture textiles without the interlacing (weaving) or interloping (knitting) processes.
Therefore, the process can manufacture textiles at 50% of the weight of comparable materials manufactured by its competitors. The incorporation of surface fibre entanglement is the inventive step within yarn manufactured textiles that provides potential fabrics with a high air content and exceptional acoustic properties.
Finally, the fibre entanglement features the layering process of construction provides an area for the seamless embedding of items such as sensors or non-hairy yarn and filament to create extra strong or reactive fabric surfaces. FOYSE provides a faster manufacturing process for sustainable solutions.
our story
With more than 30 years’ experience within cross disciplinary design, Dr Reynolds combined her passion for next generation textiles, science, and entrepreneurship to undertake a PhD in textile innovation. After successfully graduating on December 12th, 2022, Dr Reynolds was able to dedicate time to craft the vision for TIOFT.
In support of her research Dr Reynolds set-up the company Zephlinear Ltd to share the new knowledge on textiles manufactured by FOYSE technology. The logical platform to meet the needs for Knowledge share specifically for the manufacturing process FOYSE Technology, was to establish The Institute of FOYSE Technology (TIOFT).
Our mission
The Institute of FOYSE Technology is to enhance the understanding of FOYSE innovative textile production process. We aim to be a leading educational hub and think tank dedicated to advancing and promoting the utilisation of FOYSE Technology and FOYSE manufactured textiles. Our mission is to empower creators, designers, manufacturers, academics, and industry leaders by equipping them with the expertise and insights needed to harness the full potential of FOYSE Technology.
We strive to analyse and elucidate market needs, enabling us to explore, investigate, and experiment with the implementation of FOYSE technology. The transformative potential of FOYSE technology will be the overarching message we use to analyse and address economic and social challenges.
With the current economic obstacles facing both Britain and the global environment, our commitment to knowledge sharing and promotion of FOYSE Technology has never been more crucial. By disseminating our expertise, we aim to reach individuals and organisations who can benefit from the problem-solving capabilities of FOYSE innovative manufacturing methods. We aim to empower industries, promote sustainable development, and contribute to the overall advancement of society.
By leveraging FOYSE Technology, we aspire to contribute to the growth of the economy and enhance living conditions, fostering positive change on both local and global scales.
Overall, our mission aligns with the need for innovation and problem-solving in the current economic and social landscape. By promoting FOYSE Technology and its potential benefits, you can contribute to a prosperous future for the textile industry and society at large.
The team
Founder and director
- Dr Sonia Reynolds
Executive assistant and media manager
- Danielle Gregory B.A. MA
Academic advisory council and industry partners
- Dr Karthik Thangaraj
Operations department
Finance
- Gabrielle Lydia B.A. Accounting and Finance
Head of Technical Support
- Elijah John
Uniqueness to universities and educational establishments
FOYSE technology, derived from the acronym Fibre on Yarn Surface Entanglement, represents a ground-breaking advancement in the textile manufacturing process. Its unique approach of creating noninterlaced textiles using yarn opens up exciting opportunities for universities to enhance their educational experience and improve their textile programs in several ways:
- Cutting-edge technology: incorporating FOYSE technology into the university's textile program would showcase the institution's commitment to staying at the forefront of textile innovation. By introducing students to this state-of-the-art technique, the university can offer them hands-on experience with the latest advancements in the field, preparing them to become future leaders in the industry.
- Interdisciplinary opportunities: FOYSE technology is not just limited to textile programs; it has the potential to cross over into various other fields, such as materials science, engineering, and design. Universities can leverage this technology to foster collaboration and interdisciplinary research among students and faculty from different disciplines, encouraging a holistic approach to problem-solving.
- Sustainable manufacturing: FOYSE technology has the potential to be more environmentally friendly compared to traditional textile manufacturing processes. By focusing on nonwoven textiles and potentially reducing waste in the production process, universities can align their textile programs with sustainability goals and promote responsible practices in the industry.
- Creativity and design possibilities: FOYSE allows for unique surface textures and intricate patterns to be created, providing students with a creative outlet to explore and experiment with textile design. This technology can serve as a catalyst for innovation and encourage students to push the boundaries of what is possible in the realm of textiles.
- Research opportunities: FOYSE technology is still relatively new, and there is plenty of room for research and development. Universities can capitalise on this by engaging students and faculty in research projects focused on optimising the technology, exploring its potential applications, and addressing any challenges associated with its implementation.
- Industry partnerships and funding: by being at the forefront of FOYSE technology education, universities can attract industry partnerships and funding opportunities. Companies in the textile and related industries are likely to be interested in collaborating with institutions that are leading the way in innovative technologies, potentially leading to internships, sponsored research, and career opportunities for students.
- Enhancing academic reputation: introducing FOYSE technology to the textile program would undoubtedly enhance the reputation of the university in the academic community and industry. It can help attract talented students and distinguished faculty who are interested in working with cutting-edge technology and contribute to the university's overall academic excellence.
In summary, FOYSE technology offers universities the unique value of staying at the forefront of textile innovation, fostering interdisciplinary collaboration, promoting sustainability, encouraging creativity and design possibilities, opening up research opportunities, attracting industry partnerships, and enhancing their academic reputation.
By incorporating this revolutionary textile manufacturing process into their programs, universities can equip their students with the knowledge and skills necessary to drive the future of the textile industry.
FOYSE technology offers universities the unique value of staying at the forefront of textile innovation, fostering interdisciplinary collaboration, promoting sustainability, encouraging creativity and design possibilities, opening up research opportunities, attracting industry partnerships, and enhancing their academic reputation.
By incorporating this revolutionary textile manufacturing process into their programs, universities can equip their students with the knowledge and skills necessary to drive the future of the textile industry. Create an awareness campaign to introduce FOYSE technology and offerings to universities.
Uniqueness to business establishments
FOYSE technology, derived from the acronym Fibre on Yarn Surface Entanglement, brings a range of unique benefits to businesses in the textile industry. Here are 12 points highlighting how FOYSE technology can enhance the educational experience for designers and the workforce, as well as expand a company's textile portfolio for customers:
- Creative exploration: FOYSE technology opens up new possibilities for designers to explore unconventional textile creations. It encourages experimentation and innovation by offering a noninterlaced textile manufacturing method that differs from traditional woven and knit processes.
- Versatile textile options: FOYSE enables the production of diverse textile structures with customisable properties, such as texture, thickness, flexibility, and density. This versatility allows designers to meet the specific requirements of various applications, from apparel to technical textiles.
- Enhanced textile performance: FOYSE textiles can exhibit enhanced performance characteristics, such as improved strength, durability, and dimensional stability. Designers can leverage these properties to develop textiles suitable for demanding applications, including sports gear, automotive interiors, and protective clothing.
- Sustainable manufacturing: FOYSE technology offers potential sustainability advantages, including reduced material waste and energy consumption compared to traditional processes. This aspect aligns with the growing demand for eco-friendly and responsible textile production.
- Enhanced design collaboration: FOYSE technology fosters collaboration between designers, technicians, and manufacturers. By understanding the capabilities of this technology, designers can communicate their vision more effectively and collaborate closely with the production team to achieve desired outcomes.
- Rapid prototyping: FOYSE allows for faster prototyping cycles, enabling designers to quickly test and iterate their textile concepts. This speed facilitates the development of new designs and reduces time-to-market, giving businesses a competitive edge.
- Complex geometries: FOYSE technology can produce intricate geometric patterns, 3D structures, and unique surface effects that are challenging to achieve with traditional methods. This capability expands the design possibilities, providing designers with more freedom to create visually striking textiles.
- Improved customisation: FOYSE enables the production of highly customised textiles tailored to individual preferences or specific market segments. This customisation capability can enhance customer satisfaction and increase brand loyalty by offering personalised textile options.
- Integration of intelligent features: FOYSE technology allows for the integration of intelligent features, such as conductive fibres, sensors, or embedded electronics, into textiles. This integration enhances the potential for creating smart textiles that provide functionalities like monitoring vital signs, sensing environmental conditions, or enabling interactive garments.
- Cost-effective manufacturing: FOYSE technology can offer cost advantages, particularly for small-scale production or limited-edition textile runs. The flexibility of this technology allows for efficient utilisation of materials, reducing production costs associated with waste and setup.
- Skill development: implementing FOYSE technology requires upscaling the workforce, offering an opportunity for ongoing professional development. Businesses can invest in training programs and workshops to enhance the skills of their designers and technicians, ensuring they remain at the forefront of textile innovation.
- Differentiation and market expansion: by incorporating FOYSE technology, businesses can expand their textile portfolio with unique offerings that stand out in the market. This diversification can attract new customers, open doors to collaborations in various industries, and drive business growth.
Overall, FOYSE technology brings a blend of creative, technical, and environmental advantages that can enhance the educational experience of designers and the workforce, as well as expand a business's textile portfolio to cater to the evolving needs of customers.
FOYSE technology offers universities the unique value of staying at the forefront of textile innovation, fostering interdisciplinary collaboration, promoting sustainability, encouraging creativity and design possibilities, opening up research opportunities, attracting industry partnerships, and enhancing their academic reputation.
By incorporating this revolutionary textile manufacturing process into their programs, universities can equip their students with the knowledge and skills necessary to drive the future of the textile industry.
Media
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News & events
Dr Reynolds’ dedication and forward-thinking approach to textiles has won multiple awards. Her work in 2019 was requested by the University of Pennsylvania (UPENN) for The Fisher Fine Arts Library a renowned establishment that globally supports study, teaching and research in contemporary and historical aspects of art.
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Contact us
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The Institute of FOYSE Technology by zephlinear
STEAMhouse Belmont Row, Birmingham B4 7RQ
Telephone: 07983 692422 Please use the following email as TioFT is currently in set up phase Email: info@zephlinear.com
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