Copper Foil / Aluminium Foil Precision Sitting Machine
Detail description: suitable for copper foil laminated with film, copper foil and Aluminium foil slitting.
Specification:
substrate web width | 500-1000mm |
Substrate diameter | Max ¢600mm |
Min. finished web width | 30mm |
Finished diameter | ¢600mm |
Paper core | 3"-6" |
Mechanical speed | 0-100m/min |
Slitting knife | Up down knife |
ADVANCES IN SLITTER REWINDERS
In recent years, strides have been made in optimizing the efficiency of slitting rewinding machines. One of these advancements has been the addition of inspection rewinding machines between the production line and the slitter rewinder. Although they add an additional step in the process, they drastically reduce the necessity for stopping the slitter rewinder due to quality concerns and misfeeds. Inspection rewinding machines guarantee the quality of the produced mother rolls by unwinding, inspecting, and rewinding them prior to loading them into slitter rewinders. According to a 1997 study by Farla, Blok, and Schipper, this process not only reduces machine downtime and material waste, but also increases finished product quality.
Adjustments to winding tension, to roll hardness, and to material ironing have improved avoidance of improper winding issues like buckling, air pockets, telescoping, starring, and tin-canning. This is especially important in rewinding more rigid materials like film. All non-woven sheet materials, however, are currently benefiting from the increasing digitalization, networking, and automation of production machines. These advancements allow for more precise adjustment throughout the entire process and have decreased the need for a great deal of manual interaction.
Another relatively recent development in slitter rewinders is the use of independent winding mechanisms. According to 2012 patent USB210462B2, this allows the remainder of winding elements to continue working even if one is removed or shut down. This also allows for a variety of rewinding configurations to achieve desired tensions and winding angles.