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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.
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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.
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.