UV laser marker suits 'cold marking' of plastics and glass

Being very compact and air-cooled, the UVC laser marker gives customers a new option when marking certain materials where traditional lasers at 1064nm and 532nm fall short. The UV laser, with its shorter 355nm wavelength, is versatile when marking a wide range of materials, particularly for 'cold marking' applications where heat zones are not allowed. Furthermore, the UV laser will mark plastics and silicon materials without the need for additives, plus it marks glass with drastically reduced risk of microfracture. The excellent beam quality also affords this laser the ability to be utilised in micro marking applications such as electronics, circuit boards, microchips, solar panels and medical devices. With its versatility, the UV laser boosts an already impressive laser lineup from Telesis Technologies.

Ashot Mesropyan, Vice President of Engineering, states: "The Telesis UVC laser marker could be a game changer for Telesis. Telesis already has an extensive applications background in traditional product identification markets such as automobile and heavy equipment manufacturing - this technology will allow us to couple our strong engineering presence with an extremely versatile marker suited to non-traditional marking applications in areas such as electronics. We are excited with the opportunities this laser opens for us."

Follow the link for more information about the versatile new UVC laser marking system.