Ultravio has over nine decades of experience designing and manufacturing UV lamps. We are also considerably familiar with a range of UV applications, including many that are subject to regulatory authorities’ validation worldwide. Therefore, we are the ideal partners for developing lamps to meet your specific needs helping you achieve your product performance targets.

Our lamp manufacturing facility has a full suite of techniques for thoroughly scanning and characterizing UV lamps. As well as accurately measuring the emission spectrum across the ultraviolet range, we can establish how the lamp output varies over time to predict its performance at the “end of lamp life.” This ensures that the lamp always meets your minimum performance requirements and that replacements can be scheduled at optimum intervals.

Lamp Research & Development

Our lamp manufacturing facility has a full suite of techniques available for thoroughly scanning and characterizing UV lamps.

Operating temperature

Another aspect that affects UV lamp performance is the operating temperature. Ultravio can measure the lamp output as a function of temperature and then adjust the design to optimize performance under specific operating conditions.

Thanks to our long experience in the industry, we also have an in-depth understanding of the different methods of powering UV lamps and have worked with some industry leaders so that we can advise you on the pros and cons of the various options available.

Application-specific testing

Ultravio lamps can be laser-etched with logos or other custom markings to your specifications, promoting your brand and allowing full traceability of individual lamps.

As part of the lamp development process, we can also offer application-specific testing of your lamps to check their performance under real-world conditions. This is an aspect that few other lamp manufacturers can address, but it is hugely valuable in giving confidence that your lamps have the fit, form, and function needed to meet your customer’s requirements.