Morgana DocuFold Pro Automatic Vacuum Feed Paper Folder – 092925856004A

Retail Price: $14,000.00

S/N: 940216

The Morgana DocuFold Pro is a fully automatic, suction-fed folding machine that sets the standard for ease of use and productivity. Using advanced SmartScreen touch technology, the operator simply selects the desired fold type and enters the sheet size — the machine automatically adjusts fold plates, rollers, and delivery settings with no manual intervention required. Ideal for digital and offset print finishing, it delivers perfectly registered folds on litho or digitally printed stock at speeds up to 27,500 sheets per hour while eliminating static issues with built-in anti-static brushes.

Features:

• 7″ icon-driven SmartScreen touch panel for one-touch fold selection
• Fully automatic setup — detects sheet length and adjusts fold plates & delivery rollers electronically
• Unlimited alpha-numeric job memory for instant recall of custom or repeat jobs
• Powerful suction feeder with low-pressure chamber controls curled or difficult stock
• Fully enclosed fold plates with anti-static brushes to eliminate static discharge problems
• Variable speed up to 27,500 sheets per hour
• Built-in counting, batching, double-sheet detection, and jam detection
• Plug-in perforating and scoring attachment included as standard
• Driven delivery belt stacker for neat, sequential stacking

Specifications:

• Maximum speed: Up to 27,500 sheets per hour
• Feeder type: Powerful bottom suction feeder with low-pressure chamber
• Fold types: All standard and non-standard folds (unlimited memory)
• Paper size range: Minimum 4.5″ × 6″ to maximum 14.5″ × 27″ (with extension)
• Stock weight: Up to 0.015″ (approx. 240gsm) including most digital stocks
• Control panel: 7″ SmartScreen color touchscreen
• Additional functions: Perforating, scoring, counting, batching
• Anti-static system: Built-in brushes in fold plates
• Dimensions (L × W × H): 49″ × 22″ × 54″ (1240mm × 555mm × 1370mm)
• Weight: 291 lbs (132 kg)
• Electrical: 240V single phase