Model:

MiniMulti!

Maximum imaging area:

662 x 530 mm (26.1 x 20.9 inch)

Maximum outside format of Screen frame:

760 x 870 mm (29.9 x 34.3 inch)

Resolution in dpi:

2`540 /  5`080 dpi (depending on application)

Dimensions (L x W x H):

1`435 x 1`273 x 1`300 mm

(56.5 x 50.1 x 51.2 inch)

Weight:

475 kg (1`047.2 lbs)

General Information

Power supply:

230 V / 50 - 60 Hz / 16 A

Power consumption:

approx. 0.4 / 0.7 kW with exhaust

Ambient conditions:

40 – 65% humidity at 18 – 25°C (64,4 – 77°F)

Unique Imaging System Tailored to Your Application

Depending on machine configuration, the MiniMulti! can image printing forms such as flexo plates, letterpress plates, pad printing plates, embossing clichés, flat screens as well as rotary screens, such as Screeny® by Gallus, TecScreen® by Kocher + Beck or RotaPlate® by spg.

Nearly Maintenance-free

MiniMulti! does not require any consumables such as MH lamps / UV lamps / LED’s or DMD chip. Lüscher maintenance software guides the operator through the simple maintenance tasks and guarantees high reliability. MiniMulti! is equipped with a port for Remote Support Service, which can be directly linked to our technical support via internet.

Lüscher Laser Diode Technology

The fiber-coupled laser diodes operates in different wavelengths and are characterized by an ultra-long service life of +20’000 imaging hours. They are completely maintenance-free, no need for an active cooling system.

Lowest Energy Consumption

Lüscher’s unique laser diode technology guarantees extremely low power consumption of 0.05 – 0.7 kW, depending on laser diodes and lowest cost of ownership. This helps the customer to achieve environmentally friendly production.

Custom-built Registering System

The flatbed layout of MiniMulti! allows the integration of custom-built registering systems for perfect alignment of the image on the printing form. As a result, the setup time in the printing press is substantially reduced, which leads to significant savings in terms of material and cost.

Fully Automatic Calibration

Prior to every imaging, the system checks the default laser diodes settings relating to the material to be imaged and automatically calibrates the laser diode if necessary. This guarantees consistent quality and eliminates imaging errors.