Noritsu QSS Green Pro SR 10" Dry Lab System

The Noritsu QSS Green Pro SR 10" Dry Lab System user can produce amazing photos/ image products either at the standard resolution of 720 x 720 dpi or at a higher resolution of 1440 x 1440 dpi.

To print outstanding panorama images in the format 254 x 1757mm, the maximum step length of this new printer has been increased to a very impressive 1.757 metres!

The Noritsu QSS Green Pro SR 10" Dry Lab Printer also scores with its variable suction plate. It ensures exact flatness of the paper when printing, and automatically maintains the optimum distance to the two print heads. This feature allows thicker paper to be used, such as that preferred for greeting cards.

With the Noritsu QSS Green Pro Dry Lab, the self-processor can process not only JPEG image data, but also the RAW image data format preferred by professionals and ambitious amateur photographers.

Why should you consider the Noritsu QSS Green Pro SR?

To be honest, in our opinion there is no better Single Roll Dry Lab available. Now while that alone may be a strong enough argument for anyone in the market for a Dry Lab, we know that purchasing decisions on this scale need a little more thought.

Dependent on the type of business' you have, The Noritsu QSS can have a dramatic effect on your business in more ways than one. Whether you are currently running a Wet Lab or are outsourcing your print, Noritsu have created a printer which allows you to take control of your photo print business.

So whether you're looking to save time and money as well as improving your environmental footprint, or bringing your work in-house to control your costs and timelines, the Noritsu QSS Green Pro SR could be just the change your business needs.

Of course, there are variants and other options in the Noritsu Dry Lab range, so our expert team are ready to discuss your own specific challenges and find the perfect solution.

Noritsu QSS Green Pro SR 10" Dry Lab System Features:

Type: Mini-Inkjet device for rolls and sheets for volume printing of images and for value-added image production.

Input*: Digital image data in the file formats JPEG, TIFF, PNG, RAW as DNG and S/W, CN and CU material and reflective materials after digitizing using optional scanners.

Paper widths: 102mm(4"), 127mm(5"), 152mm(6"), 203mm(8"), 254mm(10")
Paper step lengths: from 8.9cm (3.5") to 175.7cm (69")

Processing formats (nominal sizes)**: 9 x 13cm (3.5 x 5") to 25.4 x 175.7cm (10 x 69")

Maximum output format (nominal size)**: Panorama printing 25.4 x 175.7cm (10 x 69")

Processing capacity (nominal output)**: 650 pictures/h 10x15cm (4 x 6") at 720dpi, 195 pictures/h 25 x 30cm (10 x 12") at 720 dpi

Printing system: Piezo-inkjet technology; 4 colours with dot size manipulation (DSM)

Resolution (selectable): 720 x 720 dpi or 1440 x 1440 dpi

Special features: Paper widths up to 254mm (10 inch), auto-duplex unit for sheets, paper deck with easy-to-clean absorbers; optional unit with 8x sorter and visual display of job interruption.

Space requirements and empty weight of device: Net floor space approx. 0.43m2; working area with movement zone at least 2.52. Weight without paper approx. 181 kg

Power connection and output: 230V AC socket outlet /16A /power approx. 1,440VA

System-compatible accessories (optional): Noritsu Film Scanner models LS-600, LS-1100, HS-1800; RIP*-PC (Raster Image Processor); "High Photo Transfer" customer terminal and retailer/customer order processing software.

Additionally: Easy operation with EZ Controller, an up-to-date control computer (workstation); network-enabled via RIP PC.

*Input at EZ Controller or system-compatible HPT terminal using currently available digital storage media (detailed, binding compatibility and capacity specifications of storage media as per device specifications and current, device-specific device manual).

**Detailed, binding processing format and performance specifications as per device specifications and current, device-specific device manual. Devices may vary depending on country and equipment, and may deviate in individual points from the data specified here.