PET film is a clear, strong, and lightweight material that is becoming popular for the manufacturing of flexible microelectronics circuits and displays. PET is a low-cost solution compared to glass and other flexible substrates. However, machining is a challenge due to its low glass transition temperature. Read more
Ultrafast laser marking of polymers can produce a permanent high-contrast mark in the material. Unlike printing, laser marking is resistant to solvents or abrasion. Read more
With the high peak-power from the ORIGAMI XP you can make fine features in polymer tubes without any thermal effects. Read more
Precise machining of small features in thin materials calls for ultrafast, high-power lasers. In our application laboratory, we have seen good results when machining very small features in 25 µm thick polyimide film using our IR and green wavelength ORIGAMI XP lasers. Read more
This application note explains how you can use an ORIGAMI XPS with a galvanometer scanner for high-precision micromachining. Read more
Precise machining of thin polymethyl methacrylate (PMMA) calls for ultrafast, high-power lasers. In our application lab, we have seen good results using our ultrafast ORIGAMI XP laser. Read more
Our femtosecond lasers offer high-speed machining of thin, transparent, and brittle materials - with high precision and high quality. Read more
Do you wonder how to make the most of our ultrafast lasers? Let us help you!
Our state-of-the-art Industrial Application Center is built to assist you in exploring and optimizing your ultrafast laser micromachining applications. Read more
Laser cutting of glass is not trivial due to its brittleness and transparency. However, it is possible with tightly focused femtosecond laser pulses. Read more
