The RMGT 9

Providing optimum solutions for printers seeking cost savings The new RMGT 9 - regenerated with new styling and lineup

The new RMGT 9 series of Al-size offset presses is engineered to handle a wide range of print jobs with exceptional performance. Building on the proven capabilities of the 920 model and its extensive lineup—including convertible perfectors supporting up to ten colors—the RMGT 9 series expands versatility with the advanced 940 model.

This model accommodates sheet sizes up to 940 mm in width, providing a printing image area of 930 mm, and incorporates many of the sophisticated functions found in the flagship RMGT 10. Additionally, features such as a high-speed separator, automatic nip checking, and a range of other performance-enhancing functions ensure that the RMGT 9 consistently delivers high productivity.

Modern industrial printing press with multiple printing units.

RMGT 9 Series Brochure

Superior cart for storing and organizing accessories and tools with labeled compartments and a sturdy design.

Close-up of a printing press roller with paper feed.

The automatic blanket and ink roller cleaning devices* can be centrally controlled from the PCS-G printing control system, including setting the start of cleaning for each printing unit and selecting the cleaning pattern according to the amount of cleaning required.

Graphs show conversion curves for different image sizes: very small, small, and standard.

By analyzing pre-press data with PPC Server ill (or Ink Volume Setter)*, the ratio of the image area is calculated. Based on the image area data, the PCS-G printing control system automatically selects the conversion curve for each color, sets the opening of the ink fountain keys, and controls the ink rollers.

Industrial printing machine processing large sheets of paper.

SPC semiautomatic plate changer comes as standard and allows plates to be changed quickly and accurately. Plate changing can be automated with the Smart-FPC * and FPC * fully automatic plate changer for even greater work efficiency.

Diagram of a mechanical system with rotating gears and a highlighted section.

Instant drying for offset printing + varnish coating

A close-up of a color-coded pill dispensing machine.

The growing popularity of the LED-UV curing system has led to a wider selection of inks, varnishes and substrates. An array of high-value-added printing services can be offered by combining special colors such as gold and silver, various varnish coating surface treatments, and printing on special substrates.

Graph comparing wavelength outputs of LED-UV and conventional UV lamps.

The LED-UV operates within a UV wavelength where no ozone is generated, eliminating the ozone odor peculiar to UV printing. The minimal heat generated during curing reduces thermal impact on the printed sheets and eliminates the need for exhaust ducting.

Graph comparing power consumption of conventional UV and major energy-saving UV lamps during printing.

Power consumption of the LED-UV curing system is only 10 percent* of that of conventional UV lamp system. In addition, the instant on and off of LED-UV lighting eliminates the need for substantial standby power. *In the case of the 920 model

Diagram showing data flow from PSDF device to plot settings and spectrophotometer.

A digital workflow can be established to integrate the entire press room, prepress, and other internal sections. With the IPC and PPC servers as an interface, you can not only implement MIS, CIP4 and JDF, but also easily connect to other management systems and prepress processes you have established separately.

A digital paper cutter trimming a brochure.

Automated printing density control and consistent printing quality

Diagram showing bridge roller and integrated vs separated motion systems.

Advanced dampening system for an optimized balance of water and ink

Industrial printing machine processing sheets.

The vacuum feeder board ensures smooth, stable sheet feed from the feeder board to the front lay. An integrated brush and runner wheel mechanism shortens the time needed to change sheet sizes. A pneumatic pull side guide* minimizes contact scratches when feeding delicate substrates.

A large industrial printer printing on thick paper stacks.

The same high-speed, high-performance separator equipped on RMGT 10 presses is also equipped on RMGT 9 presses. From thin 0.04 mm sheets to thick 0.6 mm stock, sophisticated air management technology ensures each sheet is fed precisely even during high-speed press runs. This stock handling capability offers a wide range of applications from poster to package printing.

Rolls of metallic and colored foil stacked in a warehouse.

The printing unit consists of the double-diameter impression cylinder and transfer cylinder. The large radius of curvature ensures stable sheet transfer by suppressing flapping even when printing on heavy stock and film.

Ink is automatically supplied to match the print image. After the set number of sheets has been printed, the ink on the rollers is automatically returned to an even state to move smoothly on to the next job.