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We provide state of the art performances with smallest footprint and unbeatable robustness.
Very robust: all our products are carefully designed to survive harsh environmental and mechanical stress tests.
Simple to use: all you need is a power plug and a USB cable.
Turn key operation: once the system is connected it takes less than 20 seconds to turn the emission on.
We can offer the first system on the market delivering more than 1 W per Kg.
We can deliver three ultrafast lasers in one with our triple wavelength femtosecond oscillator.
Our proprietary platform ensures perfect spatial beam properties (TEM00) even at very high power levels.
For all 24/7 micro-nano scale resolution production lines we provide extreme beam pointing stability to reach the right target at every single laser shot.
We implement the next generation ultrafast laser technology to get high performances, maximum compactness and sturdiness and extreme ease of use.
The 35% of the global industry involves lasers in the production cycle and this number is expected to grow thanks to the industry 4.0 and the growing demand for high-tech devices. Lasers are used for a variety of industrial processes such as marking, engraving, micro/nano structuring bulk processing and many more.
Productivity, quality and flexibility are therefore essential features in this new industrial era characterized by the automatization of 24/7 production chains.
Femtosecond lithography benefits from the stability of the laser source used. Thanks to its extreme operational stability LithiumSix increases your productivity. The high average power (>10W) allows for parallel operation of many platforms helping to save the money!
Laser amplification is an avalanche process. In order to increase the amplification factor it is suitable to have a stronger input energy. LithiumSix1050, delivering femtosecond pulses with more than 100 nJ is the strong seeder you need to empower your amplification chain.
1050 nm is the optimal wavelength for two-photon excitation of a variety of fluorescent markers. An optimal signal-to-noise ratio is essential to probe biological activities with subcellular resolution deep in living tissue. LithiumSix1050 emits spatially and temporally clean pulses centered at 1050 nm ensuring enhanced non-linear interaction efficiency and high signal-to-noise ratio in your multiphoton microscopy experiments. LithiumSix912 is a single laser emitting multi color wavelengths that enable simultaneous imaging experiments.
High peak power is the key factor to reach efficient non linear conversion. Our LithiumSix product line delivering stable mode-locking pulse trains with extremely high peak powers (up to 1.5 MW) is a suitable laser to efficiently generate harmonic wavelengths.
High pulse energy of modern ultrafast lasers causes detrimental effects on material surface that limit the ablation speed and processing quality. LITHIUM LASERS proposes to overcome this limitation by an innovative laser based on its proprietary opto-mechanical platform that will allow to achieve high frequency bursts of pulses. This high performant, highly versatile, ultra-robust and cost-effective laser will enhance the efficiency of micromachining processes.
In advanced non linear optical methods it is crucial to have elevated peak powers and high quality of laser pulses. LithiumSix1050 generates high-power, chirp-free soliton pulses with unbeatable spatial and temporal quality that allow an enhanced non-linear interaction efficiency and an optimization of your optical setup.
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