Home Technology Compact and High Performance 37-inch Press, Lithrone E37/37P Added to the Lineup

Compact and High Performance 37-inch Press, Lithrone E37/37P Added to the Lineup

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Compact and High Performance 37-inch Press, Lithrone E37/37P Added to the Lineup

Komori Corporation (Sumida-ku, Tokyo, Japan; Representative Director, President and CEO: Satoshi Mochida) has announced that new Lithrone E37/37P models have been added to the lineup.

LITHRONE E37/37P

37-inch press: compact and high performance

The power to meet many different needs with stable high quality
-Simple user-friendly design with emphasis on conserving production space
-Highly efficient cost-performance with minimal production waste
-Optimal printing speed of 13,000 sph, ideal for a wide range of production models
-Supports a wide range of printing needs with a maximum sheet size of 640 mm x 940 mm
-Sheet thickness

Single-sided configurations: 0.04 mm-0.60 mm

Perfecting configurations: 0.04 mm-0.45 mm (when single-sided printing), 0.04 mm-0.30 mm (when double-sided printing)
-Incorporates Komori’s latest Smart Ink Flow technology used in the Lithrone G advance series, reducing energy consumption and improving print quality
-Enhanced visualization of production performance through connection with Komori’s cloud based KP-Connect*

Energy-efficient with reduced maintenance time

Smart Inking Flow
An optimized roller arrangement backed by state-of-the-art analysis, not only ensures enhanced print quality through stable density control, but reduces exhaust heat and energy consumption by alleviating the load on the rotary drive.

KP-Connect

KP-Connect Basic

Monitor operations remotely, anytime, anywhere

KP-Connect visually analyzes and graphs real print operation data, helping to improve productivity.

KP-Connect Pro

Links all devices, to visualize and optimize entire site

Monitor progress of all jobs, in realtime, at a glance, including prepress, press and postpress. Connected Automation, including MIS and production scheduling, increases overall site efficiency.

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