MBM 352F High Speed Friction Folder

Discover the power of automation with the MBM 352F High Speed Friction Folder, a versatile paper folder designed to handle a wide array of paper folding tasks. Perfect for offices, print shops, and educational institutions, this high-speed folder takes paper folding efficiency to the next level, folding up to an impressive 22,000 sheets per hour. Its versatile design allows for easy setup for both standard and custom folds, providing maximum flexibility to handle your unique folding needs.

Exceptional Features for High-Volume Paper Folding

The MBM 352F High Speed Friction Folder boasts an array of features that streamline paper folding operations. Its dual roller friction feed system smoothly accommodates various paper stocks, ensuring precision and accuracy for each fold. The machine's polyurethane foam rollers eliminate the need for fold roller pressure settings, providing a more seamless, hassle-free experience. The built-in variable speed control allows you to adjust the machine to the pace of your workflow, while the powered exit conveyor ensures orderly output of folded sheets.

Adding further versatility, this high-speed folder comes with optional features like the extended delivery system, crossfold for right-angle folding, and attachments for slitting, scoring, and perforating. Each feature ensures you can customize the machine to suit your specific folding needs.

• High-speed production: Up to 22,000 sheets per hour*
• Sheet capacity: 300*
• Customizable folding: Adjusts for standard and custom folds
• Dual roller friction feed: Accommodates a wide variety of stocks
• Variable speed control: Lets you control the pace of folding
• Optional attachments: Crossfold for right-angle folding, slitting, scoring, and perforating

Specifications

Transform your paper folding tasks from a chore into a breeze with the MBM 352F High Speed Friction Folder. Embrace the efficiency and precision it brings to your paper folding needs today!

*Speed, paper weight, and sheet capacity are subject to variations depending on the type and weight of paper used.