Skip to main content

Orafol’s Oralite UV printer unveiled at Intertraffic

If you’ve ever peered inside the printer hooked up to your desktop computer and watched the print head shuttling across the page, the new Oralite UV digital traffic screen printer being demonstrated by Orafol will look familiar – but much, much bigger. The German company says its new product is much more environmentally-friendly than traditional screen-printing techniques when it comes to printing road signs in retroreflective materials.
March 25, 2014 Read time: 2 mins
John Crotty of Orafol with the Oralite UV digital traf c screen printer
If you’ve ever peered inside the printer hooked up to your desktop computer and watched the print head shuttling across the page, the new Oralite UV digital traffic screen printer being demonstrated by 3845 Orafol will look familiar – but much, much bigger.

The German company says its new product is much more environmentally-friendly than traditional screen-printing techniques when it comes to printing road signs in retroreflective materials.

No screen is required, which saves time in both preparation and cleaning after use. The signs are instead designed on a computer and sent straight to the digital printer, saving layout costs. It also uses UV-curable inks, which do not require solvents.

The sign is printed on to a roll of retroreflective material, which is then bonded to a metal backing board, ready for mounting by the roadway.

Oralite also meets the new European standards that come into force in July whereby all road signs must be CE-certified, with appropriate accreditation attached to each sign.
%$Linker: 2 Asset <?xml version="1.0" encoding="utf-16"?><dictionary /> 4 57108 0 oLinkExternal www.orafol.com Visit Orafol Website false /EasySiteWeb/GatewayLink.aspx?alId=57108 false false%>

For more information on companies in this article

Related Content

  • Swarco’s control signal system wins Netherlands motorway approval
    March 25, 2014
    The highly sophisticated control and signalling system developed by Swarco is now homologated to meet the tough Rijkswaterstaat WKS 1.3 specification for use on highways in the Netherlands. The requirements of this specification have been in place since January 2013 for use with regard to motorway signalling systems and roadside equipment.
  • Active Silicon’s frame grabbers for traffic vision systems
    October 29, 2014
    Active Silicon offers its well established Camera Link and analogue frame grabbers in PC/104 and PCI/104-Express formats for use in real-time traffic vision systems. The Phoenix range contains two Camera Link PC/104 frame grabbers. The D24CL-104P32 supports acquisition from a single base Camera Link camera, while the D48CL-104PE1, using the PCI express bus, supports acquisition from a single medium or two base cameras. These two products have extensive on-board IO and support a wide operating temp
  • Citilog innovation in smart sensors
    March 10, 2014
    Citilog, a global leader in AID (automatic incident detection), will use Intertraffic Amsterdam 2014 to introduce XcamEdge, a new innovation in the company’s XCam smart sensor series. Initially developed and designed for intersection control applications such as presence detection with XCam-p, the XCam range quickly expanded, with the XCam-ng, to smart detection for intersections with queue monitoring and anti-gridlock applications. Indeed, the latest success of the XCam-ng is the smart traffic control
  • Roadside safety solutions, markings, barriers from Lindsay
    February 26, 2014
    Barrier Systems and Snoline, operating within the Lindsay Transportation Solutions Group, will be highlighting their full line of crash cushions, guardrail end terminals, pavement markings and road barriers, including the Road Zipper system, at Intertraffic Amsterdam 2014. Lindsay says that Europe has been slow for the last three years but the company is pleased to announce new Road Zipper system projects in the UK, Germany and Holland this spring. During Intertraffic, the system will be used to manage