Femtum manufactures mid-infrared pulsed fiber lasers and tunable sources, enabling precise material processing and advanced scientific applications in the 2.8-3.5 micron range. Their technology addresses the need for high-speed, selective laser interactions in industries such as micromachining and spectroscopy, enhancing efficiency and accuracy in demanding environments.
Funding
$3.8M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
ETFounders
Product
Problem
Many industrial and scientific applications require precise material processing and advanced spectroscopic analysis in the mid-infrared spectrum, but existing laser technologies lack the necessary combination of power, tunability, and ease of use. Traditional laser systems often require complex alignment procedures and are not easily integrated into existing workflows, hindering research and production efficiency.
Solution
Femtum provides pulsed fiber lasers, fiber amplifiers, and tunable laser sources operating in the mid-infrared range (2.8-3.5 µm) to address the need for high-speed, selective laser-matter interaction. Their fiber laser technology delivers watt-level average power with diffraction-limited beam quality (TEM00) and short pulses down to 100 fs. These turn-key lasers are designed for seamless integration, offering user-friendly computer software and fiber tip protection, enabling researchers and manufacturers to focus on their applications without the complexities of traditional laser systems. Femtum's lasers facilitate selective laser microprocessing and state-of-the-art mid-IR spectroscopy, enhancing precision and speed in demanding environments.
Target Audience
Femtum's primary customers include researchers in physical sciences and manufacturers in industries requiring selective laser microprocessing and advanced mid-IR spectroscopy.
Features
- Mid-infrared pulsed fiber lasers, fiber amplifiers, and tunable laser sources
- High average power (watt-level) with diffraction-limited beam quality (TEM00)
- Short pulses down to 100 femtoseconds
- Tunable lasers covering the 2.8 to 3.4 µm range
- Turn-key lasers with user-friendly computer software
- Fiber-based components for enhanced reliability
- Fiber tip protection for increased durability
- Passive cooling for stable operation