Monna Lisa 8000 Introducing a New Standard in Textile Printing Image Quality
The ML-8000 is the new entry model in the Monna Lisa series with 8 latest PrecisionCore printheads. ML-8000 packs the power and performance of the latest world-class Epson inkjet printing and manufacturing technologies into a single package.
Digital textile printing technology pioneer, Epson has announced the ML-8000 – the entry model in the Monna Lisa series that combines performance and usability to meet the needs of the digital textile market for flexibility and sustainability. With its 8 latest PrecisionCore printheads, the ML-8000 reaches typical print speed of 155 square metres per hour (600x600 dpi – 2 pass*1).
The ML-8000 is a next-generation digital textile printer with high print quality, productivity, stable operation with minimal downtime, and allows easy operation for an affordable price, making it the ideal printer for companies looking to move into digital printing.
Guy Martin, sales development specialist at Epson UK, said: “Digital printing has become increasingly popular with fashion and textile designers across Western Europe as they strive meet the increased demands for short runs and fast fashion while under pressure from public criticism to ease environmental burdens. The capability to conduct digital designs for digital print for demand enables businesses to offer their customers a faster turnaround of designs, when they need it, without having to rely on mass shipments of stock crossing continents, much of which will have incurred higher waste streams due to analogue printing. The Monna Lisa 8000 is symbolic of the all-round quality of Epson’s digital print technology, blended with the uncompromising standards of fashion inspired by Epson’s print partner Robustelli and its rich history of textile design and manufacturing in Italy’s Como province.”
High print quality and productivity.
The ML-8000’s superior image quality is enabled by Epson’s high quality printheads. Epson’s exclusive Microweave and lookup table (LUT) technologies reduce banding and graininess, and advanced new Multi-Layer Halftone Technology (MLHT), which randomises the halftone dot pattern on each layer, reduces image degradation caused by dot misalignment. Dynamic Alignment Stabilizer (DAS) technology also ensures stable print quality by controlling waveforms on each printhead chip for higher dot placement accuracy and more uniform dot density on each pass. The ML-8000 also features symmetrical colour alignment for consistent colour overlap order during bidirectional low pass printing, and Accurate Belt Position Control (ABPC) technology automatically detects the belt feeding distance to ensure highly precise fabric feeding. The result is optimal quality and speed, with superb reproduction of colour gradations, fine details, and complex geometric patterns.
Stable operation with minimal downtime
Stable operation with unprecedented usability is realised with the advanced cleaning mechanisms and automated adjustment functions. A fluff blower system removes fluff from the fabric surface before it enters the printing area, and an ink mist extraction system helps prevent ink mist from adhering to the nozzle surface. Nozzle verification technology (NVT) detects missing dots that indicate nozzle clogging and adjusts ink delivery to maintain image quality and reduce printing errors. An easy-to-replace fabric wiper roll continuously wipes the printhead nozzles clean automatically, reducing daily manual maintenance work. High accuracy of printhead alignment technology allows the user to replace the head quickly. Thanks to an automatic calibration function by an RGB camera, operators can carry out printhead replacement including adjustments in as little as 30 minutes. Epson Remote Monitoring System (24/7 monitoring) enables a quick response to potential problems, reducing downtime and service calls.
Ease of use is enhanced by a 9-inch LCD touch panel that displays current printer status, operating instructions, and regular maintenance procedures, and by hot-swappable, dual 10-litre or 3-litre high-capacity ink cartridges that allow uninterrupted production.
Environmentally-friendly GENESTA Ink
Epson GENESTA inks are available in Acid, Reactive, Disperse, and Pigment formulations in a degassed vacuum-pack. They are ECO PASSPORT certified to meet globally recognised standards for environmentally friendly textile printing. In addition, the Acid ink is bluesign® approved, and the Reactive and Pigment inks are GOTS approved by ECOCERT.
Monna Lisa heart of a high-tech Total Solution
Monna Lisa is at the heart of a high-tech Total Solution – a complete and integrated system that provides the maximum assistance throughout the production cycle. There is a single supplier for all components: printhead, inks, before and after chemical treatment, and engineering support.
The Monna Lisa 8000 will be available in the UK from January 2021.
ML-8000 Key Points:
- Printheads: 8 Epson PrecisionCore printheads. The latest generation MicroTFP print chip combines quality, accuracy and speed.
- Productivity: Typical print speed of 155 sqm/h (600x600 dpi – 2 pass*1)
Maximum print speed: up to 250 sqm/h (300x600 dpi; 1 pass*2)
- Resolution: up to 1200 dpi.
- Width: 180 cm.
- Ink colours: 8.
- Inks types: Genesta Acid, Reactive, Disperse and Pigment. Genesta water-based inks allow precision and colour fastness in fabric prints. Genesta inks obtain the highest quality on any fabric type.
- Ink capacity: 10 or 3 litres.
(*1: With 300x300dpi 4 Half Tone layers, *2: With 300x300dpi 2 Half Tone layers)
About F.lli Robustelli and For.Tex
Monna Lisa project is the result of partnership between F.lli Robustelli for product engineering, For.tex for inks development and Epson for Epson print technology.
Founded in Villa Guardia (Como, Italy) in the 1950s, F.lli Robustelli is a company 100% owned by Epson Italia. They engineered the first digital textile printing machine on Epson print technology.
Established in Fino Mornasco, (Como, Italy), For.Tex is a company 100% owned by Epson Italia. For.Tex was chosen to develop the inks for Monna Lisa project and Genesta ink.