Productivity：High-speed exposure using fiber laser diode headsAll models are equipped with high-output fiber laser diode exposure heads. These heads work with proprietary clamp technologies and an auto-balance mechanism to enable stable, high-speed exposure. The high-end Z model features 96 channel exposure heads, supporting output of up to 32 plates per hour. And plate sizes ranging from a minimum of 304 x 370 mm right up to 1,160 x 940 mm can be used.
Automation：Autoloader system boosts press operating ratiosMA-L8900 multi-cassette autoloader
The MA-L8900 comes standard with three plate cassettes (up to five as an option) and full automation of both plate supply and cassette switching. Each cassette holds up to 120 plates, for a maximum of 600 plates stored in the autoloader. Even if different plate sizes are loaded into separate cassettes, the autoloader flexibly switches between the cassettes as required. Loading all cassettes with the same plate size enables extended periods of continuous operation.
SA-L8900 single-cassette autoloader
The SA-L8900 features a single cassette that holds up to 120 plates, as well as automatic detection and removal of interleaf paper. Its transport system only contacts the rear side of a plate, preventing damage to the sensitive emulsion side.
Manual loading is also possible, giving operators the flexibility to select plate sizes as required.
SA-L8600E single-cassette autoloader
The SA-L8600E’s smaller footprint cuts installation space by an incredible 43% while its simplified design reduces initial costs. It can be loaded with up to 100 plates (thickness 0.3mm) at once.
Ecology：Energy-saving design dramatically reduces running costs
We assess the environmental impact of all our products as a form of design review. The PlateRite 8600NⅡ series has been developed with the goals of minimizing energy use and environmental impact while maximizing safety. Energy use during operation is reduced by up to 60% and also reduced energy use during standby by up to 73% when using power-saving mode.
