Rieter supports student training at Kumaraguru Institute of Technology
We are excited to announce the handover of a Rieter semi-automated rotor spinning machine to Kumaraguru College of Technology in Coimbatore (KCT), India. This machine is a leading choice for producing high-quality rotor yarns especially from waste and recycled material.
The ceremony took place on July 22, 2024, at the KCT college campus. This advanced machine will provide students with hands-on experience in modern textile technology, preparing them better for the future and raising the level of the industry.
Let’s drive innovation and excellence together!
#Rieter#Innovation#TextileTechnology#RotorYarn#spinning
The helmet-controlled bike function is a novel concept developed by a Patna-based engineering student. This cutting-edge technology ensures that the bike will not start if the helmet is removed, prioritizing the safety of the rider.
The helmet's design incorporates two decades of engineering expertise and represents a significant advancement in the field.
I encourage you to watch the video in its entirety to gain a comprehensive understanding of this groundbreaking invention.
follow me for more video Chetan Kaswan#engineer#student#innnovation#creative#university#collaboration
Linkedin Top Voice for Team Management / Business Operations / Merchandising and Corporate Social Responsibility.
Director at National Institute of Fashion Technology , Ministry of Textiles , Government of India
I have visited the Technical Textiles pavilion set up during BharatTex 2024.
National Technical Textiles Mission (NTTM), is a Government of India initiative launched in 2020 to foster inclusive growth and market development in the textile sector.
The objective of NTTM is to position India as a global leader in technical textiles and enhance its market presence. This mission promotes innovation, competitiveness, and sustainable development by fostering partnerships among industry leaders, academic institutions, and governmental bodies.
Several prestigious institutes, including IIT Delhi, IIT Kanpur, IIT Ropar, NIFT Mumbai, Institute of Nano Science and Technology (INST), Mohali etc., have received funding under this scheme.
Ministry of Textiles has sanctioned the Start-up Guidelines for Technical Textiles - Grant for Research and Entrepreneurship across Aspiring Innovators in Technical Textiles (GREAT). This initiative offers grants of up to INR 50 Lakhs for up to 18 months. First generation entrepreneurs interested to venture into the domain on technical textiles can take benefit of this scheme.
The guidelines encompass a wide array of applications in technical textiles, including Agro-textiles, Building-textiles, Geo-textiles, Home-textiles, Medical-textiles, Mobile-textiles, Packaging-textiles, Protective textiles, Sports-textiles, High-performance fibres and composites, Sustainable and Recyclable Textile materials, and Smart Textiles integrating Artificial Intelligence, Internet of Things, 3D/4D Printing, and Rapid Prototyping. It actively encourages industries and institutes to leverage the guidelines provided under the National Technical Textiles Mission (NTTM).
Indian technical textiles market is the fifth largest in the world and stood at USD21.95 billion in 2021-22, with production accounting to USD19.49 billion and imports accounting to USD2.46 billion. In the past five years, Indian technical textiles market has grown at a rate of 8-10 per cent per annum. The Government is endeavouring to accelerate this growth to the level of 15-20 per cent over the next five years. Globally, the penetration/usage level of technical textiles across different sectors is comparatively stronger than in India. The penetration level of technical textiles in India varied from 5-10 per cent across different application areas compared to 30-70 per cent globally in year 2021-22.
Narendra ModiPiyush Goyal (मोदी का परिवार)NIFT Gandhinagar#BharatTex#textileindustry
Thrilled to have participated in ESCULENT' 23, a National Level Technical Symposium focused on "Engineering a Sustainable Future: Innovations in Food Sector Focusing Millets," organized by the Department of Food Technology at Hindusthan College of Engineering and Technology, Coimbatore. I had the opportunity to present my paper on "Detection of Food Adulteration using Artificial Intelligence." It's exciting to contribute to the evolving landscape of food technology! #ESCULENT23#FoodInnovation#ArtificialIntelligence#SustainableFuture
Dear all. I am happy to share an article on the "Sustainable approach for machining of Ti6Al4V using micro-pillar textured turning tool insert".
ARTICLE HIGHLIGHTS
• Enhanced machining of titanium alloy using micro-textured tool under dry condition
• Reduced tool-chip contact length due to tighter curling of the chips i.e., lower seizure area
• Better heat dissipation from the machining area and reduced chemical activeness of the freshly generated chip due to enhanced air penetration
• Micro-pillar above 8 μm and below 30 μm is the recommended depth of the texture (15 μm performed best)
Mr. Gaurav Saraf conducted the research as a part of his Ph.D. work. Mr. Ninad Sutrave, an M.Tech dual degree student of IIT Ropar, actively participated in the research work through Data curation and visualization. Your feedback will motivate us. #micromachining_and_monitoring_lab IIT Ropar.
“The COVID-19 pandemic has accelerated the shift from using conventional materials to composites, forcing engineers and manufacturers to think outside the box.”
(www.imeche.org).
Interested in COMPOSITES?
Come join the webinar and avail this exciting opportunity to delve into the world of COMPOSITES and find out about the latest innovative applications in this field!
Also find out about our MTech programme in Composites at Ahmedabad University.
#mtech#mtechComposites#AhmedabadUniversity#composites#compositematerials
SMART TEXTILE
Textile means various types of fiber-based materials including fibers, yarns, filaments, threads, different fabric types, etc. But once the word "textiles" only known to woven fabrics. At present, weaving is not the only manufacturing method, and many other methods were later developed to form textile structures based on their intended use. The latest stage of the technological revolution in 21st century. The improvement of fabrics that can be infused with the latest technologies. By this way textile trun into smart textile. Smart textile also known as e-textile or electronic textile. Smart textile are defined as textile that can sense and react to environmental conditions or external conditions in a predetermined way.
Name : MD. SALMAN HASAN
Contact info: 01751-049191 (What’s up )
Campus : Shahid Abdur Rab Serniabat Textile Engineering College, Barishal.
#SARSTEC#sarstec#articlewriting#textile#hardwork#ssrc#InkWizards2024#InnovationJourney#innovation#ResearchOpportunity
Mechanical Engineering Manager | Electro-Mech NPD, VA/VE | Project management | Manufacturing engineering | BPR | Kaizen | TQM
3moGreat to hear. That is an example for industry institute cooperation enabling students towards exposure to advanced technology.