Introduction
The PULSAR yarn dyeing machine represents a new concept in yarn dyeing, developed by LORIS BELLINI after three years of research and development. The machine aims to improve dyeing quality while significantly reducing running costs, water, and electric power consumption.

Innovative Features
The PULSAR machine maintains a traditional vertical kier system design but incorporates groundbreaking technology. Key innovations include a smaller main circulation pump, a unique hydraulic circuit, and a liquor ratio set to 1:3.8. These features result in a 70% reduction in electric load for the main pump and a 20-30% reduction in the consumption of chemicals, steam, and compressed air.

Operational Benefits
The machine works with existing dyeing cycles and package sizes, requiring no special configurations. It is equipped with a revised Leonardo process controller to minimize human error and optimize dye house management. The PULSAR system ensures right-first-time dyeing with lower ∆E differences and offers fast payback times due to savings in energy and resources.

Environmental Impact
The reduced consumption of resources aligns with global carbon footprint and water-saving regulations, promoting environmental sustainability.

Market Adoption
As of early 2014, over 20 industrial-scale PULSAR machines are operational worldwide, including installations in China for dyeing packages and beams.

Performance Comparison
A comparison chart highlights the lower installed power of the PULSAR's main circulation pumps compared to the RBNVI model, emphasizing the energy savings and efficiency of the new system.

Contact Information
LORIS BELLINI, Via XI Febbraio, 26 Bollate (Milano) Italy. Phone: +39 02 3330871, Fax: +39 02 3501665, Website: www.lorisbellini.com, Email: [email protected]