Extend transpromotional messaging, reduce cost and waste, improve efficiency, and go “lean & green”.
Bell and Howell’s Inveloper® finishing systems are designed to yield dramatic messaging improvements, optimize your color printing assets, yield high processing efficiencies and reduce costs.
Today, consumers are inundated with communications from multiple sources. It’s imperative that your marketing messages are highly effective and generate the highest response rates at the lowest cost possible. Bell and Howell Inveloper finishing systems fully leverage your color printing capabilities, enables a complete white paper to finished mailpiece process and converts envelopes into truly cost-effective, high-impact messaging vehicles. Inveloper systems reduce costs by transforming your mailpiece assembly process into a single continuous workflow without the limitations of processing traditionally manufactured envelopes.
Features and benefits
- Increased operating speeds — up to 30,000 mailpieces per hour
- Lower cost per piece — through lower materials cost and increased throughput
- Flexibility — easily accommodates letters to flats, closed face and windowed material applications
- More efficient processing — significantly fewer stops results in higher system efficiency
- Reduced material handling — a typical “invelope” roll will produce approximately 35,000 pieces
- Run for more than an hour before “filling the envelope hopper”
- Environmentally conscious — eliminates envelope boxes and cartons
- Robust, reliable solution — engineered to provide a decade or more of worry-free production and increased profitability
The Inveloper system employs rotary feeders as the primary feeding technology. Benefits include the following:
- More versatile – handles wide range of paper types and conditions
- Uses vacuum separation for positive control of the material
- Eliminates wear mechanisms associated with other feeding technologies
- Dual gripper design virtually eliminates skew compared to lower cost single gripper designs
- Captured cams allow much higher speeds without “cam lofting” typical of lower cost designs
- Large diameter feeder drum minimizes feeding problems
In addition to the standard rotary feeder, additional feeder options are available for a wide range of production requirements, including rotary feeders with separator disk, shuttle feeders and friction feeders. Modular insert feeders can be changed after system installation.
Easy to use and set up
Intuitive operator adjustments shorten the “learning curve”, and fewer adjustments result in increased reliability because there are fewer parts to fail.
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At the heart of the Inveloper system is a unique process for creating finished mailpieces using envelope material from a roll. Paper used for the Inveloper finishing system is unwound from a roll into a continuous web and pressure sensitive adhesive is applied to the web and used for sealing. The collated contents are introduced into the web which is formed around the contents in a continuous motion.
A rotary cutter is then used to cut through the formed and sealed web to create finished individual mailpieces. The Inveloper 30 system also features a number of other advantages over competitive systems, including:
- Servo controlled rotary cutter ensures high accuracy and consistency
- Cuts through a single cross–glue line, eliminating open edges on the envelope (envelope material is sealed all the way to the edge)
- Centering guides for collated set and outside envelope material provide higher quality finished mailpiece and shorten job change over time
- Pre-printed paper registration unit allows system synchronization and accurate cutting relative to the printed image on the envelope material
- Accurate and reliable application of glue on the web ensures a secure finished mailpiece
Navigator system controller for optimized production
The Inveloper system also features the Bell and Howell Navigator system controller, which acts as a master command center for virtually any device. With Navigator, operators are free to engage in their operational duties while communicating with the system using the optional voice command. This allows them to focus on keeping the system running and lowering your cost per piece.