OCADIA Roll-Up POS (80 x 200 cm) - Italian Version (IT)

Description

The OCADIA 80x200 cm Roll-Up in the Italian version (IT) is a premium Point of Sale (POS) tool, designed for commercial environments requiring targeted communication in the Italian language. This display combines a 2-metre vertical visual impact with simplified logistics, offering an immediate display solution for trade fairs, product launches or in-store directional signage.

Its structure is based on a lightweight and robust anodised aluminium base, serving as both a stabilising base and a protective housing for the graphic. The automatic roll-up mechanism helps preserve the integrity of the banner during transport. The display material is selected for its high colour retention and dimensional stability, ensuring a perfectly flat surface (anti-curl effect) once the rear pole is in place.

Thanks to its standard 80 cm width, this roll-up fits easily into confined spaces while offering sufficient display area to capture the attention of customer traffic. The Italian language message allows for immediate proximity with Italian-speaking users, reinforcing the effectiveness of the marketing message in the relevant geographical areas.

Technical specifications

• Material: Anodised aluminium and high-density polypropylene/PVC banner
• Compatibility: Indoor use only (Trade fairs, showrooms, airports)
• Dimensions: 800 mm (W) x 2000 mm (H)
• Weight: ~3 kg (carry bag included)
• Display language: Italian (Italiano)
• Pole type: 3-section snap-together pole

Workshop Advice & Usage

Carefully check the graphic content (Italian Version) before deployment to ensure it matches your target audience. During assembly, insert the pole vertically into the base hole before pulling up the graphic. Manually guide the banner down when packing away to prevent the spring from snapping back, which could misalign the internal roller. Clean the base with a soft cloth to preserve the appearance of the aluminium and store the unit in its padded carry bag to avoid damage during transport.