Additional Roller Banner Stand Cassette & Graphic
Was £42.00From £38.00
List: £144.00 (Saving £9.00)£135.00£162.00 Incl. VAT
The Reload Banner Stand is available in three different sizes and features quality graphics that can be modified, allowing for effortless updates to your marketing communication.
With the straightforward process of inserting the removable graphics cartridge into the mechanism and lifting the print media, it is a cinch to showcase your display at various events, such as trade shows, conventions, or in-store promotions.
Furthermore, the Reload Banner Stand boasts a telescopic pole that enables you to alter the height of your graphics for varying applications.
The Reload Banner Stand is composed of an aluminium base featuring black end caps to ensure its stability. A telescopic pole is also included, allowing for graphic height adjustments. This product offers a reliable and durable long-term display solution, supported by a lifetime guarantee from the manufacturer. The graphics are printed in-house using high-quality printers and come in three visible sizes. They are supplied in a cartridge that can be easily inserted into the main unit, and users can purchase extra cassettes and graphics if they require different designs. The product also comes with a padded carrying bag to provide maximum support during transportation.
Please note: This is a bespoke made-to-order item.
| Weight: | 7 kg |
|---|
Follow these artwork guides and templates to speed up your delivery and help prevent reprints.
The Reload is available in 800mm, 850mm and 1000mm widths.
Yes. The graphic is supplied in a cartridge that can be inserted into the main unit. Additional cassettes and graphics can be purchased for different campaigns.
Yes. It includes a telescopic pole so the graphic height can be adjusted to suit the display environment.
Yes. It is designed as a durable, reusable display system and the manufacturer provides a lifetime guarantee on the hardware.
Yes. A padded carry bag is included to help protect the system during transport.