Used Goss C700 / C700i Web Offset Press Systems
42" Cutoff (21" Double Circumference) x 66" Web Width
The Goss C700 / C700i is a wide-web commercial web offset press platform designed for very high-volume production. With a 66" web width and double-circumference cutoff, these presses are commonly used for retail inserts, advertising, newspaper-style products, and other demanding applications requiring high throughput and stable register control.
C700 systems are typically configured with modern web handling, high-capacity drying, ribbon decks, and multiple folder options, making them well suited for long-run, high-speed environments.
• Commercial web offset press system
• 4-unit configurations common
• Approx. 42" cutoff (21" double circumference)
• Approx. 66" web width
• Blanket-to-blanket printing units
• Spray dampening and remote inking
• Designed for high-speed, wide-web production
Performance
• Rated speeds up to approximately 2,500 FPM
• Up to ~85,000 impressions per hour (straight)
• Engineered for continuous, long-run production
• Goss C700 / C700i printing units
• Spray dampening system
• Digirail or equivalent remote inking
• Motorized circumferential and plate cocking
• Automatic splicer and shaftless infeed systems
• Web guide and register control systems
• Silicone application and anti-wrap systems
• Web break detection
• High-capacity heatset drying with pollution control
• Chill rolls and post-dryer cooling systems
• Central operator control console
Folder & Finishing Configuration
• Ribbon deck with multi-ribbon output
• Anvil slitter sections
• Jaw folders (half fold and multi-page configurations common)
• Inline finishing for insert and advertising production
Applications
• Retail inserts
• Advertising circulars
• Newspaper-style products
• High-volume commercial print
• Insert and flyer production
Availability
Goss C700 / C700i press systems are available in multiple configurations depending on pressroom setup, drying capacity, and finishing requirements. Specifications and auxiliary equipment vary by system.
