Depending on the raw material, the double-head draw frame without autoleveler SB-D 26 produces up to 33% more sliver compared to the previous model. It achieves this thanks to improved fiber guidance. The rotational can changer for cans up to 1 200 mm diameter ensures high machine efficiency – independent the machine operator. The drive concept ECOrized requires 25% fewer belts and saves energy costs. The machine’s compact dimensions make it ideal for applications where space is limited.
- High productivity
- Maximum machine efficiency
- Low space requirement
Depending on the raw material, the draw frame produces up to 33% more sliver compared to the previous model. It achieves this thanks to improved fiber guidance.
The rotational can changer for cans up to 1 200 mm in diameter ensures high machine efficiency. Cans with a diameter of 1 200 mm contain 43% more sliver, reducing both the number of sliver piecers and personnel requirements.
The drive concept ECOrized requires 25% fewer belts. This, in turn, saves on energy costs.
Constant suction in the drafting system and lifting clearer lips on the top rollers guarantee the best Classimat values in the yarn. The sliver duct with CLEANtube device guarantees clean sliver coiling when processing cotton. This guarantees good yarn quality (option).
A sensor ensures precise sliver coiling from the very first centimeter. In the subsequent process, the cans therefore run until they are completely empty (option).
Coiler speed, can plate speed, suction intensity and delivery speed can be conveniently adjusted on the touchscreen. Electronically regulated drives make this possible.
With a maximum width of 3.38 m, the SB-D 26 is the most compact machine in its class. This makes it ideal for use where space is limited.
The central setting of the cylinder distances as well as the expert system SLIVERprofessional shorten the lot change.
Cotton, man-made fiber, blends, fiber lengths up to 60 mm
up to 8
20 – 50
4.5 – 11.6
Delivered sliver weight [ktex]
2.5 - 7.00
Delivery speed [m/min]
2 x 1 200