Egp50dec Pour coupe de tuyau Ø ≤ 52 mm

France, Île-de-France, Cormeilles-en-Parisis - voir l'emplacement exact

Information sur le produit

Volume de commande de: Sur demande

Conditions de livraison: Ramasser

Descriptionn

Introducing the SM-332-TA, a cutting-edge fabric cutting machine designed specifically for the textile industry. With its multiple sizes of usable cutting areas, this machine can effortlessly handle fabrics of various sizes, from small rolls to extra-large ones. Operating at impressive speeds of up to 90 mu002Fmin and an acceleration of 1G, the SM-332-TA is a true gamechanger. Its exceptional motion repeatability of +u002F- 0.1 mm ensures precise and accurate cuts every time. To further enhance its performance, the cutting area is strategically sectioned to concentrate the vacuum power in specific areas, ensuring optimal suction and preventing any fabric distortion during the cutting process. Moreover, the SM-332-TA comes equipped with a pressure bar and side grippers that work in perfect synchronicity with the conveyor, ensuring smooth and uninterrupted fabric movement. Thanks to its motorized conveyor belt, this machine guarantees impeccable cutting accuracy even on long lengths of fabric, eliminating any possibility of errors or inconsistencies. For the convenience of our customers, the SM-332-TA can be upgraded with an optional motorized unwind system. This system is particularly useful for handling large rolls, as it offers automatic material alignment control and correction, ensuring a hassle-free cutting experience. Additionally, the machine features a digital tension control system, which ensures the proper tension of the fabric throughout the cutting process, further enhancing accuracy and quality. If you are looking for a reliable and efficient fabric cutting solution, the SM-332-TA is the perfect choice. Its advanced features and industry-specific design make it a valuable addition to any textile production line.

Prix ​​sur demande
Christine Membre depuis le juillet 2023 En ligne 3 juillet 2023