into the mix. With data-driven automation and centralised control, IIoT-enabled sliver handling does away with yarn mixups, lost productivity, and other mill uncertainties.

Role Of Automation In Spinning Is Rising

The potentials for leveraging smart automation tools to make textile production more efficient and seamless are endless. Material handling processes, in particular, are becoming increasingly automated. The usage of fully automated machinery (e.g. sewing and cutting tools) is becoming e https://nobuyuki-shirai.com mainstream. Textile manufacturing has moved on from its traditional, labour-intensive tasks, with automation being extensively used for repetitive jobs. This, in turn, ensures better allocation of skilled manpower too.

Rising Popularity of Novel Textiles

The diversity in textile sector innovations is typified by the surge in popularity of ‘novel textiles’, which have components like antimicrobial elements, polymers, hydrophobic cotton, & more. As ‘alternative fibres’, these lightweight textiles can be easily handled & processed, and do not have any ill-effects on the environment either. Over the next few years, we are likely to witness these novel textiles being produced at scale.

Cutting-Edge Product Testing Processes

In order to ensure that textile & yarn products meet the desired quality standards, advanced testing methodologies – like test units, simulated environments and ‘intelligent’ machines – are being integrated. In addition, through automated testing, the entire manufacturing process is becoming more controlled and consistent. Quality issues, if any, are being detected at an early stage and resolved.