Technical textile manufacturing results in the accumulation of dirt, which is then effectively removed and collected in a reservoir through the suction power of a side-channel blower.

Following the dyeing process, carpeting undergoes a necessary washing and rinsing stage, during which it becomes thoroughly saturated with water. The subsequent task involves efficiently and gently removing this water. This is achieved by passing the carpet over a suction roller featuring an adjustable suction slot. A vacuum pump is connected to this roller, facilitating the extraction of approximately 80% of the residual water from the carpet. The consistent airflow guarantees a delicate treatment of the material, and the continuous water flow is effortlessly extracted and subsequently disposed of, along with the operating liquid.

In order to aid the placement of large rolls of fabric for manufacturing, an air cushion is created beneath the cutting table using a perforated plate. Once the fabric roll is correctly positioned, a vacuum secures the cloth in place on the tabletop for further processing.

To simplify the process of replacing filling bobbins, the initial threads on the stacked bobbins in the magazine are automatically pulled in and set at the right tension. Once a filling bobbin has been completely used, its starting thread end is trimmed, removed, and placed in a designated container located in front of the blower. At the conclusion of the weaving operation, the fabric’s edge is subjected to a vacuum to prevent any residual threads from being drawn into the shed.

Spinning machines wind yarn onto spools, creating a coiled thread. To prepare the yarn for subsequent processing, it needs to be straightened. To achieve this, steam is utilized to disrupt the alignment of the yarn’s molecular structure and smoothen its fiber arrangement.