Disadvantages with small warp beams and bobbin creels.
How to save space and reduce warp beam changes.
Disadvantages with small warp beams in narrow weaving
Traditionally, small warp beams are used in ribbon weaving mills. These warp beams mostly have flanges of smaller diameters and are often equipped with brake grooves on flanges’ rim which shows thus that the warp thread tension is generated with mechanical band brakes.
With sensitive or elastic yarns, this type of warp beam control becomes a problem as the warp beam diameter decreases.
Disadvantages with bobbin creel in narrow weaving
In order to achieve longer running times, weaving is also carried out directly from bobbin creels. The disadvantage of these creels is that they take up a large amount of space and that warp tension control is more demanding than when weaving from warp beams.
Space saving when weaving from beam creels
By using beam creels and warp beams with bigger flange diameters the bobbin creel can be replaced and the free space can be used for additional production machines.
In addition, the warp tension can be optimally controlled electronically.
Fewer warp changes
A significant potential of rationalization in the weaving process is the reduction of the number of warp changes. With the latest beam creels and warp beams you can realize this potential.
Development and production
Our core expertise lies in developing and producing beam creels and warp beam drives for the narrow and wide weaving as well as the warp knitting industry.