Our femtosecond laser achieves 100W average power
We are pleased to announce the Jasper 100 femtosecond laser, a custom version of the Jasper X0 series fiber laser. The Jasper 100 delivers an extremely useful set of parameters for precision material processing. Including a maximum average power of 100 W at 200 fs pulse duration, while maintaining excellent temporal pulse shape with a Strehl ratio of 96%.
“The new Jasper 100 laser takes its product family to the next level in terms of power, pulse duration, and optimum parameter set. It provides customers with unparalleled performance for industrial and scientific applications where high power, repetition rates, and pulse shape are critical factors,” said Bogusz Stępak, our Head of Laser Material Processing.
In lab testing with the Jasper 100 laser, Fluence achieved a 200 fs pulse at 100 W average power. While some competing lasers claim output power of up to 300 W, these free-space lasers are costly, include mirrors that suffer from misalignment issues, have longer pulse durations, and require more maintenance at lower duty cycles than the Jasper 100 fiber laser. Jasper femtosecond lasers are built using a unique all-fiber, monolithic, and SESAM-free oscillator. Using the fiber construction, the lasers pose no risk for misalignment. It provides customers with a dependable, high-performance laser for disparate industrial applications.
The Jasper 100 operates at a repetition rate of 20 MHz, delivering 5 µJ of energy per pulse. With a high repetition rate and shorter pulses at this power output, the laser can create repeatable, precise, and clean micro features in micromachining applications.
“With a 30 µm spot size, the laser provides optimal fluence for stainless steel or aluminum processing at a very high repetition rate,” said Stępak. “Without using beam shaping optics, users can obtain high processing speeds in the range of 300 m/s when combined with a fast polygon scanner, making the laser very attractive to industrial users and production lines.”
The Jasper family of femtosecond lasers serves many industrial applications, such as patterning, marking, micro- and nanostructure formation for producing superhydrophobic or anti-icing surfaces on various materials, as well as laser milling, glass cutting, and display processing.
See the official press release here!