Macedonia

B1 Plate Production

NEW

Fujifilm offers a choice of benchmark CTP equipment based thermal plate technologies.

Advanced range of pre-press and pressroom solutions

An advanced range of pre-press and pressroom solutions manufactured to the highest quality and consistency that help you produce high quality print with the maximum efficiency and minimum environmental impact

T-9500CTP NII

NEW

The new Luxel T-9500CTP NII series is an economical and effective B1 thermal CTP system. Capable of producing up to 32 8-up plates per hour, the Luxel T-9500CTP NII series guarantees increased job efficiency, without compromising on quality.

The new Luxel T-9500CTP NII series is an economical and effective B1 thermal CTP system, featuring highly reliable exposure heads. With a high productivity of up to 32pph and a fully automatic configuration as an option, the system helps to reduce an operator’s workload.

Reliable, high quality output for optimum production
Highly robust and reliable, the unique thermal external drum technology of the Luxel T-9500CTP NII series is combined with high precision optics for high quality plate output. The resulting sharper, more precise dots mean greater consistency from job-to-job, dramatically improving print quality.

Optional fully automatic configuration for increased efficiency
The option of a built-in bridge to your processor enables automatic unloading, speeding up the plate production process and reducing the need for operator intervention. This configuration greatly extends run times and boosts press operating ratios.

Lower total cost of ownership for maximum value
Designed as an economical, entry-level system, the Luxel T-9500CTP NII system represents exceptional value with its overall low cost of ownership. This is further guaranteed through the high reliability of the system.

Easy and intuitive, plug and play system
With a small footprint and an intuitive, easy-to-use design, the Luxel T-9500CTP NII is straightforward to integrate into existing pre-press environments. For yet more flexibility, it’s also compatible with existing MIS and workflow solutions.

Luxel T-9500CTP MII

NEW

The entry level Luxel T-9500 MII series of platesetters is capable of producing up to 30 B1 press-ready plates per hour, with a semi-automatic configuration for increased efficiency.

The entry level Luxel T-9500MII series of platesetters is capable of producing up to 30 B1 press-ready plates per hour, with a semi-automatic configuration for increased efficiency. 

Reliable, high quality output for optimum production 
Highly robust and reliable, the unique thermal external drum technology of the Luxel T-9500MII series is combined with high precision optics for high-quality plate output. The resulting sharper, more precise dots mean greater consistency from job-to-job, dramatically improving print quality. 

Semi-automatic configuration for increased efficiency 
A built-in bridge to your processor as standard enables automatic unloading, speeding up the plate production process and reducing the need for operator intervention. And, with plate discharging possible to the front and to the rear, the Luxel T-9500MII offers the flexibility needed for modern production environments. 

Lower total cost of ownership for maximum value 
Designed as an economical, entry-level system, the Luxel T-9500MII system represents exceptional value with its overall low cost of ownership. This is further guaranteed through the high reliability of the system. 

Easy and intuitive, plug and play system 
With a small footprint and an intuitive, easy-to-use design, the Luxel T-9500MII is straightforward to integrate into existing pre-press environments. For yet more flexibility, it’s also compatible with existing MIS and workflow solutions. 

Luxel T-9800CTP HD-N

NEW

The Luxel T-9800CTP HD-N series is the latest generation of B1 platesetters from Fujifilm. Available in three versions with key improvements in productivity, the flagship model can achieve 70 plates per hour providing at least 17 sets of 4 colour plates per hour.

The Luxel T-9800CTP HD-N series is the latest generation of B1 platesetters from Fujifilm. Available in three versions with key improvements in productivity, the flagship model can achieve 70 plates per hour providing at least 17 sets of 4 colour plates per hour.

High speed plate production
The top of the range Luxel T-9800CTP HD-NX model can achieve at least 17 sets of 4 colour plates per hour reducing plate making and production times.

Full and flexible plate automation
A range of automation options exist to meet specific production, space and budget requirements.

Highest quality plate imaging
The latest GLV (Grating Light Valve) laser technology ensures excellent image quality while providing consistent plate quality.

Wide plate size capability
A wide range of compatible plate sizes provides flexibility for a larger number of presses.

Online plate punch option
Up to 10 sets of plate punches enables accurate online press plate punching for improved plate registration.

FLH-Z Series Processor

NEW

The award-winning* FLH-Z Series of plate processors is designed for use with Fujifilm's low chemistry range of thermal CTP plates.

Market leading low chemistry plate production for thermal applications.

Lower chemistry consumption
The FLH-Z Series of processors incorporate unique Fujifilm developed software to intelligently control the amount of replenisher used in the plate development process.

Lower maintenance
Maintaining perfect developer activity allows the developer bath life to be greatly extended beyond the norm for developing systems. It is typical to achieve bath life figures that are four or more times greater than normal plate processing systems. 

Cleaner working environment
The chemistry used for processing plates in a ‘ZAC’ system is a nonsilicate based recipe. This makes a much longer bath life possible without the increase in developer sludge and filter blockages.

More stable system
Because of the way ‘ZAC’ processors intelligently control replenisher delivery, they are more stable making it much easier to achieve high quality, irrespective of changes to environmental conditions. This is particularly important for demanding FM screening applications.