The Engine of Precision
Where innovation meets execution
The Lithium Microprocessing Lab is where advanced femtosecond laser technology and real-world manufacturing expertise come together, turning ideas, drawings, and materials into precision-engineered results.
Our Core
Powered by FemtoFlash
At the heart of our Lab is FemtoFlash, our proprietary femtosecond laser platform featuring FULL GHz Burst Modulation, the most adaptable laser technology available today. This technology gives us unmatched control over Burst energy and repetition rate — allowing precise energy delivery, cleaner features, and faster processing on virtually any material.
Years of hands-on development have made our team the most experienced users of this platform worldwide, enabling performance that no standard setup can match.
Top-class equipments
Our state-of-the-art femtosecond lasers, high-resolution microscopes, and precision tools enable accurate testing, process optimization, and scalable results for your applications.
Femtoflash
laser
FULL GHz Burst modulation technology up to 100 W
Optimized
beamlines
IR and green wavelengths
Galvo scan
heads
F-theta optics for accurate steering
High-precision
objectives
Spot sizes down to 1.5 µm
Motorized XYZ
stages
Nanometric precision positioning
Optical
microscope
High-resolution imaging
Scanning Electron
microscope
Resolution down to 20 nm
Our Core
Expertise in action
Our team combines laser physics, process engineering, and material science expertise. We translate laser parameters into production-ready recipes ensuring efficiency, stability, and scalability for industrial manufacturing.
The Lab in your process
The Microprocessing Lab is where technology meets application, the place where we develop, test, and produce with our femtosecond laser systems.
Interested in developing your laser process?
Explore Application Engineering to trurn your ideas into proven solutions.
Need precision parts manufactured on demand?
Discover Part Production: microcomponents made with unmatched accuracy and efficiency in our Lab.