Romaco Group, a leading global supplier of processing and packaging equipment, predominantly for the pharmaceutical industry, announced that the company will be presenting the first ever anti-counterfeit solution for blister packs at ACHEMA, Frankfurt/Main (Germany), from June 15 to 19, 2015. The new system was developed exclusively with its partner company NANO 4 U and integrated into the Romaco Noack blister line 960.
Anti-counterfeiting technology is an extremely important issue for global pharmaceutical producers and packaging contractors. In an exclusive partnership with NANO 4 U, Romaco has developed an anti-counterfeit solution for blister packaging that is suitable for pharmaceutical products and meets the EU Falsified Medicine Directive 2011/62/EU. At the ACHEMA, Romaco will be introducing the Romaco Noack 960 blister line with the new technology for unique primary packaging identification.
The new solution from Romaco for anti-counterfeit blister packs is based on a banknote authentication system. Romaco and its partner NANO 4 U took this technology further. The new system to protect the primary packaging of pharmaceutical solids can be integrated into all blister machines equipped with coding stations. An individual hologram stamp gives a unique indication of originality – in-line and without the use of additional materials. The individual blister packs are coded with overt and/or covert security features. Visible holograms with company logos, combinations of letters and digits, instantly identify the blister packs as originals. Invisible codes that can be verified quickly and easily can also be incorporated into the hologram. All you need for verification of a hidden logo or data matrix code, is a simple laser pointer.
The use of anti-counterfeit and high-precision stamps makes this technology a serious deterrent to counterfeiters. Whereas integrating the hologram stamp into the coding station of a Romaco Noack blister machine is very simple. The security features are applied using a heated coding tool without affecting production speed.