Used SHIBUYA EH 173 #9283299 for sale

SHIBUYA EH 173 is an advanced, current model of SAM (sheet assistant machine) handler. It is designed to reduce the amount of time and effort it takes to finish high speed, high volume cutting, stacking and delivery tasks in paper converting operations. The machine is an ideal solution for manufacturers dealing with large batches of paper and who require efficient handling operations. Featuring an innovative design and automated equipment, this machine offers a number of features that improve efficiency and accuracy. At the center of EH 173 is an open-stye conveyor assembly. This cutting-edge piece of technology allows for automatically stacking paper in layers up to a maximum thickness of 30mm and a width of 900mm. This is done at constant speeds of speeds of up to 200 sheets per minute. The full, in-line production cycle includes automatic registration of edge and surface marks and sheet separation. SHIBUYA EH 173 also has an advanced weighing system to automatically measure the weight of stacks of paper. Additionally, a dynamic stacking control allows all sheet sizes from small to large to be handled according to user requirements. Also included with this handler is a high-efficiency dust conveying unit. The user can select from a total of four different kinds of vacuum cleaners as part of EH 173's outstanding dust-collection unit. This helps maintain cleanliness and orderliness while at the same time reducing noise and providing dust-free production. SHIBUYA EH 173 also comes with an automatic end-of-stack detection machine, allowing users to easily monitor cutting operations. Furthermore, to ensure accurate stacking results, there is an engaged detection for double sheet detection and an all-sheet-interlay alignment function. Overall, EH 173's cutting-edge design and automated systems make it a trusted and reliable solution for any manufacturer looking to reduce the effort and time it takes to complete stacking and delivery tasks. Its advanced features and faster production time make it the ideal solution for more efficient processing and reliable production.