Zinser Systems offer a wide range of specialised ring-spinning solutions from bale to package. Starting from the blow room and carding, Zinser Systems is designed to ensure the excellent processing of fibres. Efficient ring-spinning machinery combined with intelligent winding machinery guarantee high yarn quality. E3: optimising energy, economics and ergonomics, adding intelligence. With our customers' needs always top of mind, E3 forms the basis of our design philosophy. 6 The team player for your success. 10 Substantial energy savings. 20 Efficient automation solutions.

→→Maximum efficiency with up to 224 spindles →→Short machine length thanks to 220 gauge for optimal space utilisation →→Up to 20% energy savings from intelligent energy-saving mode →→Precise machine control for maximum productivity →→More production due to short doffing times →→Intuitive EasySpin touchscreen →

Energy Up to 20% less energy →→Powerful drive concept →→Energy-optimised bobbin rail drive →→Maximum cost transparency through Energy Monitoring E³: our product promises With our customers’ needs always top of mind, we ensure that our products deliver optimised energy consumption, economics and ergonomics, with a focus on intelligence. This E³ principle forms the basis of our design philosophy. Our passion for textile machinery drives us to manufacture innovative products that add value to our clients’ businesses. Economics Maximum productivity →→Long machines for all raw materials →→Doffing...

The team player for your success◊

→→Maximum value added from drawframe sliver to quality package →→Universal application from fine to coarse →→Consistent roving bobbin quality →→Homogeneous bobbin build with EasySpin →→Fast, reliable operation with EasySpin →→Central setting configuration for maximum reproducibility →→Impressive roving quality thanks to flexible

The best roving frame Top speeds. Precise package build with uniform roving tension. Maximum protection for you valuable material. it's perfect roving frame technology from Saurer. The 6 000 Saurer roving frames that have been installed around the world over the past decades tell a clear story. Spin roving that ideally combines economy and quality. Whether you choose the entry-level Autospeed M model for manual doffing or the high-productivity Autospeed with automatic doffer -with roving from the Saurer roving frame you are always a step ahead of the competition. individual configuration for...

Top roving quality Effective flyer table blowing for clean roving A gentle flow of air cleans the sensitive area of the roving intake. You benefit from particularly clean, high-quality rovings. The ideal basis for efficient downstream processing! Precision and reproducibility – knowing what matters The roving runs into the heads of the two flyer rows at exactly the same angle. They therefore produce constant, reproducible quality with no difference in count in the roving between the back and front row. The even roving tension enables higher operational productivity. High-quality fine yarn production...

Substantial energy savings.

4 Energy savings with the proven drive concept 4 Up to 20% less energy thanks to innovative energy-saving mode 4 Energy-optimised bobbin rail drive with maximum efficiency 4 New Energy Monitoring: low energy consumption shown on the EasySpin touchscreen

Save energy Optimised drives reduce your energy consumption The section motors of the roving frames directly drive the toothed belts for the flyers and spindles – with no additional gear unit. The bobbin rail drive is energy-optimised and offers long-lasting reliability. This reduces your energy and spare parts costs over the long term. Plus, thanks to its standard mains power failure support system, the roving frame brings production to a controlled stop if a power outage occurs. Ultra-secure production conditions for you! Drafting system Bobbin rail

Individual energy savings The tried-and tested energy-saving mode saves up to 20% of energy. The suction system uses far less power. Full power is only activated briefly for the cleaning cycle. You can adjust the intervals to suit your needs. Energy consumption Up to 20% lower energy requirements Full power only for cleaning Energy saved in energy-saving mode Standard roving frame Saurer roving frame Energy Monitoring Your operators can keep an eye on your machine’s energy consumption online with EasySpin. No time-consuming energy measurement is required and production can be optimised in terms...

Maximum productivity.

→→Exact machine control for precise bobbin build and high flyer speeds →→Optimisation of flyer speed as the bobbins fill up →→Increased flexibility thanks to short lot change times →→Maximum productivity thanks to 220 gauge with up to 224 spindles →→Productivity boost thanks to automatic doffer with shorter doffing time →→Easy and rapid configuration via EasySpin touchscreen →→Time savings thanks to rapid and efficient bobbin removal between two automat

Operation Parameters , Spend time on production, not adjustment Exact machine control for top speeds The EasySpin software control system guarantees exact machine control. Using four independent drives, EasySpin coordinates the drafting system, the traverse of the bobbin rail, spindle rotation and flyer rotation. You benefit from consistently high flyer speeds with extremely low break rates and increased productivity. Shortest possible lot change for maximum output Minimise set-up times, increase efficiency. With central settings and article data archive, your productivity levels are better than...

High productivity and precise bobbin build Uniform roving tension over entire bobbin structure Homogenous bobbin build is vital for successful spinning. As a result, you can control the roving tension manually and adjust it precisely to your requirements. The optional TensionControl unit regulates the tension automatically. Optimal roving monitoring for consistently high quality All roving frames are equipped with a collective light barrier as standard so as to monitor the roving. The optional individual roving detector features one sensor per spinning position. This is recommended for materials...