BOOK SPECIFICATION
Format · Extent · Binding · Orientation
265 × 352 mm · Extent not specified in this work order · Square-spine hardcover, hand casebound · Portrait
COVER
Material · GSM · Board · Printing · Finishing
Material: Coarse-textured book cloth with paper backing · Board: 3 mm recycled greyboard, FSC Recycled 100% · Printing: White screen printing · Finishing: Hand case-making, three-edge turn-ins, 1 mm fore-edge overhang, flush head and tail, boardless spine
OTHER COMPONENTS
Dust Jacket · Slipcase · Inserts · Edges
Spine: Boardless construction, wrapped with white crepe paper · Edge/Spine Finishing: Exposed spine edge sprayed white after binding
PRODUCTION NOTES
Challenge 1: Precise 1mm Fore-Edge Square Alignment with Zero Head and Foot Overhang
The Challenge
Binding a heavy 2,160g architectural monograph requires an unusual flush-cut specification: the 3.0mm greyboard casing must align perfectly flush (zero overhang) with the book block at the head and foot, while leaving exactly a 1mm square overhang at the fore-edge. Executing this across dual language editions totaling 6,500 copies presents a severe risk of edge misalignment, uneven casing margins, or blade drag during high-speed trimming.
Our Solution
Calibrate three-knife trimmers using physical casing prototypes prior to bulk book block trimming. During casing-in, precisely shift the board positioning 1mm toward the fore-edge relative to the spine. Dedicated quality checks ensure absolute structural symmetry and consistent 1mm edge reveals across all finished volumes.
Challenge 2: High-Opacity Screen Printing on Glassine-Backed Coarse Canvas Cloth
The Challenge
Screen printing sharp white typography onto textured coarse canvas cloth mounted over translucent glassine paper presents major technical risks. The rough woven surface can cause ink bleeding, pinholes, or fuzzy edges, while excessive heat during curing risks warping the delicate glassine backing or causing board delamination during assembly.
Our Solution
Formulate specialized high-opacity, highly elastic white screen inks and optimize mesh tensioning on automated flatbed screen printers. Implement controlled low-temperature curing passes to lock in crisp graphic definition without compromising the structural integrity or adhesion of the underlying glassine backing.
Challenge 3: Jacket Creasing and Wave Distortion Prevention Across Multi-Surface Coatings
The Challenge
Processing dust jackets for different retail channels involves distinct surface treatments—including gloss lamination on dead-color spine areas for specific market runs. Scoring and folding these jackets without causing spine offset, lamination cracking, or wave distortion along the flap edges proved particularly difficult during early sample passes.
Our Solution
Standardize scoring parameters to press uniformly over the gloss-laminated side, ensuring exact alignment along the spine fold. Fine-tune creasing rule depth and width to relieve internal paper stress, completely eliminating edge curling and flap waviness across all jacket variations.