Quick’Wash CLICHÉ

Quick’Wash Cliché: special cleaning product for plates

The new cleaning product Quick’Wash Cliché is specially adapted to clean all plates tarnished with solvent-based inks, primarily used in the flexible packaging market.

Quick’Wash Cliché is a smart combination of chemicals with a high cleaning power allowing to cover a very wide spectrum of either fresh or dry solvent-based inks: its high cleaning efficiency on plates is combined with its compatibility for use in food packaging).

Cliche-CleanerQuick’Wash Cliché is the perfect fit for use with our
CLICHÉ CLEANER machine range, which comes into 7 models
for different widths of plates, adapted to the various needs
of printers in the narrow, mid and wide-web markets.

 

 

 

Quick’Wash Cliché can also be used manually on or off printing machine.
Our product is available in drums of 20 L, 220 L or 1000 L.
It is a non-corrosive product and is not classified as a dangerous good for transportation.

For any further information, feel free to contact us.

New ultrasonic machine MW-1 for Anilox

Ultrasound cleaning machine NextWave MW-1
for Mid Web & Wide Web

Following the success of its NextWave NW anilox cleaning machine, designed for Narrow Web, with ultrasonic technology, Recyl has expanded its range to meet the needs of Mid and Wide Web printers.

It was at the All4Pack exhibition in Paris last November that Recyl has unveiled its new prototype: the NextWave MW-1 (Mid Web, 1 cylinder cleaned), designed for the widest widths (1800 mm).

Like the small model, the NextWave MW-1 machine incorporates inside the NexTgen ultrasonic generators from the French firm SinapTec.

This technology, used in conjunction with the Recyl W200 cleaning product (market reference), allows fast and thorough anilox cleaning by optimally combining the chemical and mechanical actions of ultrasonic waves

The MW-1 machine has the particularity of ensuring automatic cleaning, rinsing and drying, WITHOUT handling of the cylinder between the different phases

While conventional solutions require the operator to move the cylinder from an ultrasonic cleaning bath to a rinsing bath (and generally do not offer drying, or manual drying), the NextWave MW1 completely frees the operator during the entire cleaning/rinsing/drying process and allows him to concentrate on more productive tasks.

For any further information or receive a technical brochure, feel free to contact us.

 

 

 

filtres à encre ink filter

Ink filters – New & Improved

Recyl is pleased to introduce its new ink filters.

Those filters are now closed by a steel lid, which provides far better resistance than plastic.
Thanks to their filtering baskets in different mesh sizes (from 141µ to 600µ), the new Recyl filters improve the inking quality and decreases Anilox wear by retaining all the particles and metallic waste.

The ink filters come with two openings: an inlet and an outlet for ink. The magnet and the filtering cartridge used to hold impurities are placed between the two openings.

Recyl magnetic ink filters for flexo & rotogravure printers.
Recyl magnetic ink filters for flexo & rotogravure printers.

The ink filters are assembled on the inking circuit at the outlet of the pump: the filter inlet is located below the body and the exit is on the front.

The neodymium magnet is bound to attract any metallic particles such as doctor blades chipping away due to high friction. Additionally, the physical ink filter cartridge would capture any dry ink particles larger than the chosen mesh size. With both these elements combined, the ink is certain to be of a clear and consistent quality – resulting in an improved quality.

The design of Recyl ink filters is kept simple for easy maintenance while the robust material ensures longevity.

For flexo printers looking to protect their investments on Anilox rollers and rotogravure printers looking to protect their chrome rollers, these ink filters are a must-have.

The technical specifications of these ink filters can be found on this link: Technical Data Sheet INK FILTER – EN 2018.