Revoria Press EC2100(S)

Super EA-Eco toner

With Super EA-Eco toner, particle sizes have been reduced to be the smallest in the industry, with the toner particle shape standardised to enable the super-sharp rendering of detailed characters and fine lines.

In addition, gradations, halftones and midtones are reproduced more smoothly and dot shapes more faithfully, delivering exceptional print quality.

LED printhead

The Revoria Press EC2100 & EC2100S benefit from a high resolution LED printhead, which produces incredible, high definition print:

2400 x 2400 dpi LED printhead
Delivers high resolution output for sharp lines and images, enabling high-definition printing.

Space saving, power saving
The size of the LED printhead has been reduced to 1/12 of the size of the previous generation VCSEL-ROS used previously. Since there is no motor, it consumes little power, makes no noise, and means image reproduction is incredibly stable.

High image quality
In order to achieve the high image quality required for production printers, we have improved and further evolved the development and transfer unit and associated technologies.

Real time, intelligent print optimisation

The Revoria Press EC2100 & EC2100S incorporate an optional Smart Monitoring Gate D1 which monitors the colour and front to back registration of print jobs as they are being printed.

Top-speed printing of 100 ppm with all paper weights

The Revoria Press EC2100 & EC2100S are capable of printing up to 100ppm A4 CMYK, and up to 55ppm for A3 CMYK. This speed is achieved for all media weights of between 52g and 400g.

New Bias Transfer Belt

The use of a new Bias Transfer Belt (BTB) system instead of the conventional Bias Transfer Roll (BTR) ensures paper transport is more stable, and therefore reliable, and allows a wider range of applications to be printed. The new system automatically adjusts the nip pressure according to the thickness of the paper, improving the transfer of toner. This mechanism is new in the Revoria EC2100 & EC2100S and produces superior print quality, particularly on embossed paper.

Load switching mechanism at the lead edge

Fujifilm has equipped the EC2100 & EC2100S with a flywheel that provides an inertial force to the transfer belt roll for stable driving. The rotation of the flywheel and inertial force suppress the vibration of the transfer belt, enabling stable transfer of media even for heavyweight paper.

New developer technology

Deterioration of the developer is one of the reasons why print quality can be unstable over a period of time. In conventional horizontal marking modules, some of the developing material that has been used once can find its way back to the development roll again, potentially affecting the print quality.

In the new vertical development system used in the EC2100 & EC2100S, the condition of the developer material is refreshed before it is fed back to the development roll. In this way all the developer used is always perfectly conditioned and fresh, which is why the Revoria EC2100 & EC2100S print so beautifully over time, and particularly on thick, rough and embossed papers.

A range of advanced marking technologies have been introduced in the Revoria Press EC2100 & EC2100S that have improved paper handling capabilities, extending the variety of applications that can be printed, and increasing machine uptime across a wide variety of substrates.

Embossed paper, rough paper, thick paper
The newly developed Advanced Single Layer Belt (A-SLB), secondary transfer load switching mechanism, and toner condition stabilisation technology, have greatly improved the transfer of toner to embossed and thick paper.

Plain paper, rough paper
By improving both image formation and image transfer technologies, we have improved the print quality achievable on plain and rough paper. In addition, we have developed an optimal transfer electric field stabilisation technology for each paper type, improving the ability to print uniform densities.

Thick paper, envelopes
Two new paper transfer technologies result in industry-leading paper handling capabilities for thick paper and envelopes. Both these new technologies mean thick paper and envelopes are can be printed wrinkle-free consistently:

• New secondary transfer load switching mechanism changes the pressure to hold the paper according to the paper thickness
• New transfer torque variable mechanism stabilises the paper feed

Thin paper
The use of a belt-type transfer device, rather than roll-type, improves the versatility of printing on thin paper.

Postcards
By blocking the area outside the paper path with a shutter, the paper adsorption is enhanced and the stability of
handling postcards through the printer is improved.

Static Eliminator
• The optional Static Eliminator D1 provides a remarkable static elimination effect on a wide range of media, including single-layer film, synthetic paper, water-resistant paper, and tack paper.
• The charge can be adjusted from 0 to 99, and can also be set while the press is running.

Real-time curl correction
• A compact, built-in decurler judges and automatically corrects the paper curl caused by the type of paper or the image density, one page at a time in real time. High quality output with stable paper travel and curl suppression is possible.
• The optional Interface Decurler Module D1 offers easy additional curl correction steps, saving the time required for curl adjustments where the printing media is changing frequently.

Air Suction Feeder
The optional Air Suction Feeder improves the feed performance of paper with a lot of paper dust, pre-printed paper using powder, paper with an uneven texture, and coated paper. A stable and high-speed feed is achieved for various paper types, from lightweight to heavyweight, small-sized paper and banner sheets.

The shuttle head draws up the paper strongly using a small amount of air, separating and delivering each sheet reliably. The active head avoids friction on the paper surface, which can be a problem with other suction feeding technologies.

The Revoria Press EC2100 & EC2100S are equipped with a number of energy saving features, for example the LED printhead and Super EA-Eco toner, to minimise energy consumption during printing.

The printers have also received ‘Superior De-inkability’ certification from the renowned industry-body INGEDE, meaning toner can be easily removed from print produced by the presses. This ensures that any printed output can be more easily recycled, further enhancing the sustainability credentials of the presses.

The print outputs of the Revoria Press EC2100 & EC2100S were tested according to INGEDE Method 11 and assessed according to the ‘Assessment of Printed Product Recyclability – De-inkability Score’ (EPRC 2017).

The total score is 100/100 achievable points

The Revoria Press EC2100 & EC2100S incorporate a completely new ‘Vertical Development System’, along with an ultra-compact LED printhead. The result is a 5 colour press which is the same size as its 4 colour predecessor, the Revoria Press EC1100.