Dynamic Book-of-One Imposition with tilia Phoenix
Learn how to dynamically generate and impose booklet signatures for saddle stitch, perfect bound, and/or smyth sewn booklets without every building an imposition template. Auto-computing creep from stock caliper, dynamically generating signatures, and automatically imposing signatures on a larger sheet based on quantities with tilia Phoenix and Switch.
About Tyler Thompson
Tyler Thompson combines a deep knowledge of the printing and packaging industry with a Computer Science background where he focused in Web Application Development, a direction Tilia Labs is moving with its award-winning AI planning and nesting algorithms. Thompson holds a M.Sc. degree in Computer Information Systems and has both taught and studied at Clemson University, where he earned his B.Sc. degree in Graphic Communications. Thompson’s extensive experience in developing tailored software solutions and services for a variety of printers and converters stems from his previous 7 year tenure with Esko where he held positions in Applications Engineering and Sales Account Management. He works for the Canadian company Tilia Labs as the Global Solutions Director.
