CelluCircle - A spin off from Stockholm University
3D printing technology offers an innovative solution to the problem of textile waste by creating new products from recycled materials. This process starts by collecting discarded textiles, such as old clothes and other textiles, and breaking them down into individual fibers.As 3D printing technology continues to advance and become more widely available, it is likely that we will see an increase in the use of recycled textiles in the production of new products.
The use of 3D printing in the textile industry not only helps to reduce waste but also creates new opportunities for designers and manufacturers. By using recycled materials, they can reduce their environmental impact while still producing high-quality and innovative products. This will not only help to reduce waste but also help to create a more sustainable and environmentally responsible future for the textile industry.
Few facts that matters
Textiles Recycling
Only 1% of clothes will get recycled into new garments second-highest polluting industry in the world.
The textile industry uses 98 million tonnes of non-renewable resources every year.
Textile production uses 93 billion cubic meters of water every year
Recycled Cotton and Polymers
Recycled cotton focuses on textile to textile products
Polymer components in textiles are not recycled efficiently
3D printing
3D printing has several advantages as less waste, reduced errors and production on demand
3D printing using polymers can be used for mass production
3D printing is popular in fashion industry
Our products
Recycled Cotton
Nanocellulose
Recycled PET
Recycled Composites and Nanocomposites
3D printable filaments
3D printed products and gadgets
Our technology
Circular textile recycling can potentially have annual environmental impact worth 1 -1.5 billion Euros with respect to CO2 emissions abatement , land use reductions and water use reduction.
Patented recycling process of textile waste towards 3D printable filament
Greener and sustainable manufacturing methods
Readily scalable; compatible with existing industrial processes and circular bio-economy concepts.
Conversion of post consumer textiles using chemical and thermomechanical routes into different materials and products for cascading use of resources