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Watkiss morgana Powersquare PSQ224/XL Bookletmaker

Morgana/Watkiss Powersquare 224 Booketmaker (Stitch/Folder/Trim) with PSF Sheet Feeder .
Onine setup. Sheets feed from feeder onto bridge into Booklet maker.
In full working order.
Video on request.
Very clean machine.
Counter reading on photo.
Mach


Spec:
The Watkiss PowerSquare 224 combined with the PSF Sheet Feeder is a high-production booklet-making system that produces professional square-back books up to 224 pages thick. The PSF (PowerSquare Feeder) enables near-line operation, feeding up to 10,800 sheets per hour and allowing the system to finish output from multiple digital printers.

Watkiss PowerSquare 224 Booklet Maker
This unit handles the stitching, folding, spine forming, and trimming in a single pass.
Book Thickness: Produces books from 4 to 224 pages (70gsm) or 208 pages (80gsm).
Maximum Finished Thickness: According to CLC Online, the maximum finished book thickness is 10.4mm.
Stitching: Features a single heavy-duty static stitch head that can insert 1 to 6 stitches per book, supporting 2-up or 3-up production.
Paper Size: Offline input ranges from 120 x 200mm to 370 x 520mm.
Stock Range: Typically supports 60–300gsm depending on paper quality.
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Capacity: A single 15kg wire spool can produce approximately 127,000 books (based on a standard 20-sheet book).

PSF Sheet Feeder Specifications
The PSF (often referred to as the VFX or dual-bin feeder in newer Plockmatic/Morgana iterations) provides high-capacity feeding for near-line workflows.

Feeding Speed: Feeds up to 10,800 sheets per hour.
Loading Capacity: Features a high-capacity vacuum-assisted feeder with a loading depth of up to 540mm for long runs.
Cover Feeder: Includes a separate integrated cover feeder to merge pre-printed covers with collated sets.
Feeding Technology: Uses large suction belts and automatic sensors to detect miss or double feeds without manual calibration.
Integrity Checks: Equipped with inbuilt OMR (Optical Mark Recognition) sensors or optional barcode readers to handle variable page-count jobs.