For film converters, stable operating speed directly determines daily output and order delivery efficiency. Many ordinary slitters on the market can only reach nominal maximum speed under ideal empty-load conditions. Once running with full web tension, thick master rolls or thin functional films, actual running speed has to be reduced significantly to avoid film breakage, winding defects and slitting errors.
Dadu film slitter is engineered for sustained high-speed real production scenarios.
Our mechanical structure, servo drive system and tension control algorithm are fully optimized for continuous full-load operation. The equipment maintains stable production speed even when processing BOPP, CPP, PET, metallized film and ultra-thin barrier film. Instead of pursuing theoretical empty-line speed, we focus on effective running speed that can be maintained shift after shift.
Higher sustained working speed brings tangible benefits to your workshop. With the same number of shifts and workers, you can process more master rolls, shorten order lead time and accept more customer orders. You no longer need to delay shipments simply because slitting capacity becomes the production bottleneck.
Besides reliable speed performance, we fully consider safety during high-speed operation. Multiple sets of safety protection, web break detection and deviation correction devices work synchronously. High efficiency will not come at the cost of frequent faults and waste materials.
Higher sustained working speed brings tangible benefits to your workshop. With the same number of shifts and workers, you can process more master rolls, shorten order lead time and accept more customer orders. You no longer need to delay shipments simply because slitting capacity becomes the production bottleneck.
Besides reliable speed performance, we fully consider safety during high-speed operation. Multiple sets of safety protection, web break detection and deviation correction devices work synchronously. High efficiency will not come at the cost of frequent faults and waste materials.