Airnov Healthcare Packaging, a global provider of controlled atmosphere packaging, is introducing a new line of laser-marked sorbent and desiccant canisters without direct printing or labeling. Laser marking produces clean, readable product and warning information with reduced risk of contamination of packaged pharmaceuticals and nutraceuticals. It also contributes to a smaller carbon footprint.
Laser marking utilizes the energy of a highly focused laser beam to produce a combined thermal and photochemical effect that results in permanent marking. Airnov has integrated the lasers on its 1-gram canister lines, with the ability to mark on both sides and without sacrificing high-speed throughput. Capable of rendering highly detailed, precise imagery and text, Airnov can mark both sides and can include industry-required symbols and information such as “DO NOT EAT” in multiple languages.
The aim to eliminate extraneous materials like inks, paper, and adhesives from the packaging system. The 1-gram drop-in-style canisters are the same size as standard printed and labeled canisters and provide the same protection against chemical or physical drug degradation due to moisture. The canisters are molded in white to facilitate laser marking. The colorant used is the same, GRAS material used in bottles throughout the pharmaceutical industry.
By eliminating the external supply chain required for inks and labels, laser marking reduces the environmental impact by eliminating the associated transportation, packaging, and waste streams. It also reduces time-to-market for non-standard, custom markings.
Suited for insertion into pharmaceutical and nutraceutical product packaging, canisters can be filled with silica gel for moisture adsorption, activated carbon canisters for odor control, and 2-in-1 canisters deliver moisture and odor control in one unit. Airnov canisters are fully compliant with FDA and EU regulations for use in pharmaceutical applications and comply with U.S. Pharmacopeia USP <670> standard for pharmaceutical desiccants. A popular and cost-efficient alternative to desiccant packets, which are supplied on reels and must be cut apart before insertion, the rigid canister construction facilitates continuous hopper feeding and high-speed automatic insertion on standard insertion equipment.