From the Integration Technology Ltd Head Offices in Oxford, United Kingdom, and from the USA, Brasil, Korea, China, and Japan, we provide ongoing regional support to Machine builders, OEMs and Integrators, ink suppliers, printhead manufacturers, and advanced manufacturing technology developers...
Integration Technology (ITL) - part of the IST METZ GmbH & Co. KG group - is a market leader in UV LED and Arc Lamp technology for inks, coatings and adhesives, offering the largest portfolio of UV LED and UV Arc Lamp curing solutions in the World.
Our UV Lamp and UV LED curing systems provide dependable, uniform UV curing to a wide-range of applications and market segments including: labels & packaging, container decoration, digital printing, wire and fibre coatings, electronics, automotive assembly, medical devices, wood furniture, and many more. With compact designs and energy-saving UV LED bulbs, Integration Technology’s LED UV systems are the gold standard!
Widely used for label printing, wide format printing, and medical device manufacturing, these UK-made UV Lamp and UV LED curing systems are available in a range of configurations and can be sold stand-alone or as part of a fully integrated modular system.
UV LED curing (ultraviolet curing) is a relatively new technology that changes the state of a chemistry by creating a crosslinked network of polymers. UV LED curing is becoming fundamental in applications where there is a need for converting (curing) inks, adhesives and coatings.
Historically, Mercury Arc lamps have been the standard way of generating a high intensity source of UV light to effect this cure, however UV LED curing systems are fast becoming a technology of choice across a wide range of applications from wide-format inkjet to 3D printing, and from visual embellishment to functional coatings, and from structural to pressure sensitive adhesives. Some Industries that take advantage of UV curing include medical equipment, automobiles, cables, cosmetics (for example artificial fingernails and gel nail polish), food, science, education and art.
In comparison to other traditional technologies, curing with UV energy offers faster production speeds, reduced maintenance costs, significant energy savings, and UV LED additionally offers the benefits of the “cold cure” effect which means it is ideal for thin film or heat-sensitive substrates and even opens up some processes that were not possible before.
UV LED curing has zero ozone emissions, no mercury content, even lower energy costs, vastly improved lifetimes and is a more sustainable solution.