Features
PROVEN TO REDUCE LABOR COSTS BY UP TO 48% The Tornado Autopunch EX effortlessly collates and punches a diverse range of documents, spanning from essential business reports and day planners to sleek pocket calendars, agendas, and detailed instruction manuals. The Tornado Autopunch EX streamlines print production processes, boasting the ability to produce over 100 books per hour across most document configurations. By leveraging automated punching and binding equipment, businesses can enhance productivity, reduce labor costs, and ultimately improve profitability in the new year and beyond.
IMPROVED PRODUCTIVITY & COST-EFFECTIVENESS The Tornado Autopunch EX® significantly reduces labor requirements by automating the collating and punching steps. This translates to substantial cost savings for businesses, with the potential to reduce the workforce by 50%.
INCREASED EFFICIENCY & COST SAVINGS The Tornado Autopunch EX® sets itself apart from other autopunches by offering a built-in collation feature. Unlike competing solutions, the Tornado Autopunch EX® streamlines more of the finishing process by automating both collating and punching steps. I. ERROR-FREE FINISHING PROCESSBy automating the collating and punching steps, the Tornado Autopunch EX® eliminates the risk of manual errors during the assembly of book components. Businesses can ensure that every book is accurate and consistent throughout, improving overall quality and customer satisfaction. II. STREAMLINED WORKFLOW MANAGEMENTThe Tornado Autopunch EX® improves workflow management, particularly for time-sensitive projects. It enables businesses to handle high-demand periods more efficiently, meeting deadlines and delivering high-quality finished products promptly.
III. VERSATILE & EFFICIENT PROCESSING With the Tornado Autopunch EX®, businesses can process a wide range of media and book components more efficiently. It eliminates the challenges associated with manual insertion, enabling concurrent printing, punching, collating and binding for faster production processes. |
