This utility model relates to the field of roller pressing and traction
machine technology, and discloses a roller pressing and traction
machine for producing
fiber mesh. It includes a
fixed frame, with the upper end of the
fixed frame secured to the roller pressing and traction
machine by multiple bolts. Roller pressing and traction adjustment components are provided at both ends of the upper part of the roller pressing and traction machine. Each roller pressing and traction adjustment component includes multiple synchronous cylinders, the output ends of which penetrate through a steel plate on the upper part of the roller pressing and traction machine and are fixedly connected to sliders. The synchronous cylinders are all bolted to the
steel plates on both sides of the upper part of the roller pressing and traction machine, and the sliders slide against the upper part of the roller pressing and traction machine on both sides. In this utility model, the
fixed frame provides stable support for the roller pressing and traction machine, ensuring stability during operation. The roller pressing and traction adjustment components at both ends can independently control the roller pressing gap, allowing for subsequent adjustment according to different
fiber mesh models.