SPUN YARN SYSTEM
Ring Frame LR90 series
Worlds longest futuristic spinning technology.
Designed for high-speed spinning with maximum spindle, lower energy use, and exceptional yarn quality. The LR90 Series Ring frame is the world’s longest ring spinning machine with spindleage up to 2400/machine, representing a breakthrough in ring spinning technology, engineered to deliver exceptional productivity, efficiency, and yarn quality. The longest machine enables spinning mills to achieve greater production within an optimized mill layout. Built with advanced engineering, robust machine construction, and energy-efficient technological elements, the LR90 Series ensures high-speed performance, consistent yarn quality, and reliable operation. It is a powerful solution for modern spinning mills seeking higher productivity, operational efficiency, and sustainable manufacturing.
- Up to 2400 spindles for higher productivity
- Spinpact suction compact system for superior yarn quality
- High performance drafting module ensuring consistent drafting pressure
- Servo drive for drafting with no change gears
- Credo+ rings for outstanding spinning performance and durability
- High-precision and reliable doffing system with ball-screw mechanism
- Quadra T-Flex drafting drive transmission for precise control
- Nu-Gen SASU energy-efficient compact suction fan with inverter control
- R41 cradles for consistent drafting performance and superior yarn quality
- IE4 energy-efficient motor technology for reduced power consumption
Productivity
The LR90, 2400 spindles/machine enables higher production with the lowest footprint, improving overall mill throughput while reducing machine density.
Space Savings
The 65 mm gauge concept has led to a space savings of nearly 8%, helping mills to accommodate higher number of spindles per machine at the lowest space, thereby reducing the space required per spindle to the minimum.
Infra, Auxiliary and other benefits
The Ring Frame LR90 enables significant savings in infrastructure and auxiliary requirements due to its higher spindle capacity/machine and optimized machine configuration. The increased winding drums per machine, lead to lower investment costs on the winding equipment, reduced building space leading to lower foundation and installation costs, and minimized investments in humidification, power distribution, and material handling systems thereby translates into savings in capital expenditure, maintenance manpower, and long-term operational costs.
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