Compare Today’s Marking Technologies

Behind the CodeStream technology is a thin layer that is applied to a substrate in liquid form to provide an invisible coating which can be marked by a burst of laser photons. Application of CodeStream can be achieved through existing flexo, offset, rotogravure, or in-line coating systems. The microscopic particle size of imaging material within the coating provides consistent high levels of optical density with a very low coating thickness. This technology is far superior to that of current marking methods in place today such as Ink Jet and laser ablation. It can decrease production downtime, reduce clean-up, and speed the marking process.

Imaging Quality

Low marking density and resolution can cause legibility problems. CodeStream puts an end to any limitations of readability. And since CodeStream can be incorporated into any area of a package, the marketing possibilities are endless.

Higher Productivity

CodeStream requires minimal machine maintenance and cleaning keeping production at maximum output with less downtime. And since CodeStream is fully consistent, reject rates are held to a minimum.

Speed & Compatibility

Applied by laser energy, a CodeStream mark goes on extremely fast, moving the product process to the next stage before any other technology. It is compatible with most laser writing equipment found on existing production lines.

Data Integrity

Security issues are paramount in many industries. With CodeStream, you can be confident that products will not be reintroduced to the marketplace with altered data. The mark’s recognizable quality also prevents product counterfeiting.

Machine Legibility

With CodeStream there are no more illegible bar codes or lost data. Efficiencies are also realized with the increased distance from which instruments can read marks.

Eco-Friendly

CodeStream eliminates particulates, VOCs, and transfer ribbons from the marking process. It is a clean process that reduces environmental impact.

Get Adobe Reader

Adobe® Reader® is required to see the PDF data.

Back to Top