2019
https://www.dailyhours.us/2019/06/17/global-rotor-spinning-machine-market-maia-research/
Rieter digital spinning suite
https://e-itm.net/wp-content/uploads/2018/11/Digital-Spinning-Suite-platform.pdf
Kaizen in Textile Mill
https://acadpubl.eu/hub/2018-119-17/2/199.pdf
June 21, 2019
At ITMA 2019, Rieter showcased
Rotor spinning process Efficiency Innovations
The draw frame module RSB-Module 50 can be used in combination with the high-performance card C 80 and can be configured to a highly efficient direct process with the new semi-automated R 37 or the fully automated R 70. The new, cost-effective rotor spinning machines are characterized by low energy consumption, high productivity and high machine availability with low raw material costs.
https://futuretextilemachines.com/rieter-innovations-for-all-four-spinning-processes-and-yarn-production/
Siemnes - Boosting reliability and cost efficiency in the textile industry
https://new.siemens.com/global/en/markets/machinebuilding/textile-industry.html
Truetzschler draw frames
The new breaker Draw Frame TD 9T
The Truetzschler Draw Frame TD 9T is a twin draw
frame with focus on reduced space requirement and
efficient production. If required, it is also available
as single TD 9 version. Thus, each even and uneven
number of drafting heads is implemented.
The Truetzschler breaker Draw Frame TD 9T stands
for efficiency and reliability. For the first time a new
can format is introduced to short staple spinning.
Cans with 1,200 mm diameter reduce the number of
can transports and significantly improve the efficiency of the downstream machines. This holds true for
the Superlap as well as the autoleveller draw frame.
The reliable breaker Draw Frame TD 7
If the operational organisation does not permit the
use of large cans, the reliable Truetzschler breaker
Draw Frame TD 7 is employed. Featuring a large can
magazine, it is ideal for a space saving solution for
cans with 500 or 600 mm diameter.
The successful autoleveller Draw Frame TD10
The best autoleveller draw frame of all times convinces with consistently good sliver quality and excellent
running behaviour. This draw frame is characterised
by simple, intuitive operation and sophisticated optimization tools.
The special autoleveller Draw Frame TD10-600 for combing
This version of the TD10 was developed for use post
combing. Optimization of the control algorithms to
the typical application range of 450 – 550 m/min improves sliver quality. Selecting drives for a delivery
speed of maximum 600 m/min reduces power consumption.
The Integrated Draw Frame IDF 2 for rotor spinning and Air jet
For rotor spinning, especially when processing cotton and any type of waste and secondary raw materials, there is no better solution than direct coupling
of the Integrated Draw Frame IDF 2 with the card.
Yarn quality and economic efficiency outperform any
conventional process.
Viscose is the most widely used raw material in airjet spinning. Traditionally, three draw frame passages are used here. When using the Integrated Draw
Frame IDF 2 in connection with the TD 10, two draw
frame passages can be eliminated. The savings in
operating costs are substantial.
https://www.truetzschler-spinning.de/fileadmin/user_upload/truetzschler_spinning/downloads/broschuere/Strecke/Strecke_EN.pdf
Optimization of process variables in rotor spinning for the production of cotton/milkweed blended yarns
T. M. Dhiraj Karthik, Ramaswamy MuruganPublished 2016
https://www.semanticscholar.org/paper/Optimization-of-process-variables-in-rotor-spinning-Karthik-Murugan/0080560d81ffc7fbf35f444111d88fe62d31e4b7
Posted in 2014 (25 Jan 2014)
Increased Productivity with Integrated Systems for Dyehouse Optimization
Process Management and Dyemachine Control in direct connection for greater efficiency
http://www.royfox.com/images/print/pdf/ITMA_leaflet_lo.pdf
Optimal Investment Strategies for Enhanced Productivity in the Textile Industry
2002
National Textile Center Annual Report: November 2002
http://www.ntcresearch.org/pdf-rpts/AnRp02/S01-PH13-A2.pdf
The Competitive status of the U.S. fibers, textiles, and apparel complex: a study of the influences of technology in determining international industrial competitive advantage
National Academy of Engineering. Fibers, Textiles and Apparel Industry Panel, National Research Council (U.S.). Commission on Engineering and Technical Systems
National Academies, 1983 - Business & Economics - 90 pages
http://books.google.co.in/books?id=HjIrAAAAYAAJ
Updated on 16 July 2019, 25 Jan 2014
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