Calemard on IDEA 2013

Jumbo spools for higher productivity!

What a wonderful IDEA!

It was a wonderful idea for Spoolex to attend this IDEA 2013!

During 3 days, Pierre Croutelle was pleased to welcome numerous nonwovens producers on our booth #1145 to present them our famous PEGASE spooling line. With more than 150 spooling heads delivered worldwide, our Calemard® brand is now recognized as a leader in providing proven and efficient solutions for spooling sensitive nonwovens. Our Pegase spooling line has been developed to produce jumbo spools. Our spooling technology has been engineered to respond to the baby diapers and femcare producers to maximize their productivity on their production lines with the use of high capacity spools of very sensitive material. These jumbo spools hold 12 to 40 km of material which means at least a strip 10 times longer than slit pancakes/reels and high savings for diaper and femcare producers: less diaper to reject, less manpower for material handling, higher productivity! Calemard® self-traverse technology guarantees to produce at high speed (600 m/min) spools of a strip with no stress, no tension, no elongation and no twist. This third generation of Pegase uses state of the art technical solutions: accurate web regulation tension, very precise web guiding and strip conveying, double shaft unwinder for mother rolls loading in down time, ergonomic ultrasonic splicing unit and various solutions for production quality and productivity improvement such as metal detector, strip width measurement, data collection, dust collection, fast cutter positioning … We also now propose new solutions to increase by 28%* your productivity, to ease handling operations and reduce costs! (*should be adjusted for each specific factory organization).

Calemard® your experienced spooling partner will now participate to International Nonwovens Symposium organized by the EDANA in St Petersburg, Russia. Attend Pierre Croutelle conference on Wednesday 15th May at 17:00 and discover how to optimize the complete spooling process.