Industrial Printing Lines

Automated systems, economical and just-in-time, allow you to print your own surfaces with brilliant quality on an industrial scale. This line supports various types of finishes and technologies. It can be used in different industries, such as laminates, furniture, decorative papers, and doors.

Product information

Technical Features:

A variety of machines for different applications.

• Printing width from 700mm to 2300mm.
• Printing speed from 15 to 50m/min.

Application Areas:

Decorative papers and finishing sheets, facade elements, laminates, furniture, doors and gates

Origin:

Germany

Differentiators:

• Flexible design.
• Wide range of colors using the standard CMYK ink system.
• Industrial-scale production capacity.
• No waste of material due to the ability to print various decorations on a single roll.
• Simple reproduction of products and custom designs.
• Specific just-in-time customer delivery.
• Minimized supplier dependence.
• Production possibility without minimum order quantity.
• Quick response to market trends.
• Greater product variety.

Minimum purchase quantity:

On request.

Options Details

JPT-C
• Printing width: 137 – 2192 mm
• Maximum colors: 10
• Maximum substrate thickness: Individual
• Production capacity: 6000 m²/h

JPT-L
• Printing width: 137 – 2192 mm
• Maximum colors: 10
• Maximum substrate thickness: Individual
• Production capacity: 3000 m²/h

JPT-W 840, JPT-W 1400, JPT-W 1700, JPT-W 2200
• Printing width: 548 – 2192 mm
• Maximum colors: 10
• Maximum substrate thickness: 1.5 mm
• Production capacity: 6000 m²/h

JPT-WS 280, JPT-WS 560
• Printing width: 137 – 548 mm
• Maximum colors: 6
• Maximum substrate thickness: 0.3 mm
• Production capacity: 1600 m²/h

JPT-WS 230, JPT-WS 560
• Printing width: 68 – 548 mm
• Maximum colors: 10
• Maximum substrate thickness: 4 mm
• Production capacity: 1600 m²/h

JPT DLE
• Effective printing width: 70 – 2100 mm
• Synchronous structure
• Low quantity of structuring media
• All quality features of the varnish are maintained