14 of 14 Products
The Adamas COU series consists of dedicated, advanced and compact clean-out units that swiftly finish Adamas plates and take ecology to the next level.
Thermal CtP system for newspaper printing, available in single and dual format versions.
The world’s best newspaper CtP system with violet-laser imaging. Go for maximum automation and uninterrupted plate production.
Deploying ECO3's revolutionary patented cascade system, the Arkana smart plate processor saves printers both time and money, while making operations more ecological and convenient.
Saving money and the planet while cleaning out your violet chemistry-free plates? Use Attiro VHS, a clean-out unit that uses a unique cascade concept.
Saving money and the planet while cleaning out your violet chemistry-free plates? Use Attiro ZH, a clean-out unit that uses a unique cascade concept and zero heat.
The Avalon E4 thermal CtP system offers commercial and packaging printers the automation and imaging capabilities of larger devices in a compact format.
From entry-level platesetters to high-end computer-to-plate (CtP) engines – the Avalon 8-up series of thermal platesetters for commercial printing has a best-in-class solution in store for every need.
The Avalon N range of thermal VLF (Very Large Format) computer-to-plate engines are star performers in quality- and efficiency-driven plate production.
Azura C95 and C125 clean-out units are specifically designed for Azura TS plates of up to 95 and 125 cm wide.
The impressive capacity of the Azura CX clean-out units take the ThermoFuse technology to a whole new level, high above your competition.
The state-of-the-art Elantrix DX processors ensure optimal processing of ECO3's thermal plate technologies, even for the most demanding platemaking environment.
ECO3’s plate loading robot boosts productivity of the Avalon 8-up and VLF platesetters. It feeds 2 production lines and handles up to 5 plate sizes.
This compact and affordable clean-out unit for N95-VCF violet chemistry-free plates works at a speed of 1.2 m per minute.
