Photon Mission B.V.

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6641EN Beuningen
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Mid Infrared Lasers

Mid Infrared Fiber Lasers

Discover the first fiber lasers and amplifiers at 2800 nm wavelength and above. Mid-infrared lasers are increasingly attractive for research and industry since they offer unprecedented advantages in all these fields of applications.

The mid-IR is where fundamental vibrational resonances of most liquids, gas and non-metals like plastics, glasses or biological tissues are found. Working with lasers in the mid-infrared has never been straight forward. Even in the most advance laser labs, mid-infrared laser experiments are about losing most of your time in aligning and adjusting the laser parameters rather than focusing on the intended application. Until now, the lack of simple mid-IR sources has dramatically slowed down scientific advances, but this time is over. The patented technology from Femtum provide lasers with fixed or tunable wavelengths in the mid-infrared which are used in serious applications.

The mid-IR is where fundamental vibrational resonances of most liquids, gas and non-metals like plastics, glasses or biological tissues are found. Working with lasers in the mid-infrared has never been straight forward. Even in the most advance laser labs, mid-infrared laser experiments are about losing most of your time in aligning and adjusting the laser parameters rather than focusing on the intended application. Until now, the lack of simple mid-IR sources has dramatically slowed down scientific advances, but this time is over. The patented technology from Femtum provide lasers with fixed or tunable wavelengths in the mid-infrared which are used in serious applications.

Need help configuring your Mid-IR laser? I’m happy to help!

Daan de Boer

Daan de Boer

+31 85 080 5944 - Option 1

Daan@photonmission.com

Femtum Ultra 2800

  • Automated mode-locking
  • Diffraction-limited beam quality
  • High repetition rates

The first ultrafast fiber laser emitting directly in the mid-IR. The simplest way to do nonlinear optics in the mid-infrared: Avoid 2-photon absorption, benefit from the lower dispersion and high nonlinearity of mid-infrared materials while limiting useless energy losses in the near-infrared. Femtum offers the first 3-μm class ultrafast fiber oscillator. This reliable, compact and maintenance-free laser is ideal for R&D applications in the mid-infrared. Compact and turn-key laser system, Self-starting automated mode locking, Pulse duration < 600 fs, Average power up to 100 mW & Single-mode output.

Femtum Ultra 2800
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Femtum Amp 2800

  • Watt-level average power
  • Diffraction-limited beam quality
  • > 20% optical-to-optical efficiency

Femtum Amp 2800 - High efficiency all-fiber amplifier around 2800 nm. Benefit from a very strong optical gain around 3 µm with CW to fs pulses. Femtum introduces the first commercial erbium-doped fluoride ber amplifier in the mid-infrared. This compact fiber system can effciently amplify light at wavelengths around 2800 nm. When seeded with an ultrafast laser, this amplifier can generate a watt-level tunable ultrafast output or a high energy supercontinuum spanning from 2.6 to 4.2 μm.

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Femtum UltraTune 3400

  • Watt-level average power
  • Single mode fiber delivery
  • Electrically tunable

Tunable ultrafast fiber laser between 3000 to > 3400 nm - the first commercial ultrafast fiber laser in the mid-infrared. Large tuning range and high peak powers in the mid-IR. This compact, maintenance-free and tunable laser system is ideal for scientific applications, including: spectroscopy and nonlinear optics. Example applications are: Frequency combs, Mid-infrared imaging, Nonlinear frequency conversion, Supercontinuum generation & High-field physics.

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Femtum Nano 2800

  • Compact and rugged
  • High beam quality (M2 < 1.3)
  • Passive cooling

Nanosecond high-energy fiber laser around 2.8 µm for processing of non-metals, biological tissues and scientific applications. Ideal for processing of non-metals. For example: Thin-film processing, Biological tissue ablation, Semiconductor processing & Polymer processing. Fixed wavelength within the range of 2710 to 2830 nm or tunable option upon request. Narrow linewidth option also available upon request.

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Solomon multimodal camera system

  • doubled spectral range
  • integrated high quality RGB camera
  • enhanced detection accuracy

Introducing Solomon multimodal camera system: a cutting-edge solution that transcends traditional imaging boundaries, the Solomon Multimodal Camera System revolutionizes context-aware hyperspectral imaging. With Solomon, you’re not limited to a single perspective. Our camera system combines the best of both worlds: hyperspectral data for material identification and RGB data for visual context. This rich dataset empowers researchers, engineers, professionals and machines to extract deeper insights. Whether you’re studying crop health, inspecting industrial components, or diagnosing medical conditions, accuracy matters. Solomon’s fusion of VNIR and RGB ensures more accurate models by leveraging complementary information. Designed for field use, Solomon withstands rugged conditions. Its compact form factor ensures portability, while energy-efficient components keep you powered throughout your mission.

Solomon multimodal camera system
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Monarch Pro

  • selectable wavelength flexibility
  • crisp 1.3 mp resolution
  • expansive field of view

Monarch Pro redefines the value of spectral imaging, offering an unparalleled blend of affordability and performance. It stands as the perfect solution for industrial, laboratory, and budget-conscious users who demand high-quality spectral cameras without a hefty price tag. Meticulously refined through extensive field tests, proof-of-concept studies, and commercial feedback, the Monarch Pro delivers seamless integration into your workflow with its intuitive software and user interface—ready to go, straight out of the box. Monarch Pro, a user-friendly and compact hyperspectral camera, is perfectly tailored for efficient data collection and insightful research. It swiftly captures a range of spectral bands at video frequency, facilitating a convenient viewfinder for quick orientation. The wavelength flexibility optimizes capture times and conserves memory, ideal for amassing large databases. The user-friendly application promotes ‘plug and play’ functionality, straightforward connectivity, and simplicity for operators of all skill levels. With Python and C SDKs, Monarch Pro accelerates the development of models and applications, ensuring a swift path to market-ready solutions.

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Neptune

  • Handheld NIR spectral camera
  • Broadband NIR illumination
  • Instant visualizations

Neptune: The portable multispectral camera that’s perfect for on-the-go use in agriculture, environmental studies, and more, with easy-to-use features and clear visualizations. Neptune transcends the lab, delivering actionable insights directly in the field, factory, and clinic. Its capacity to gather real-world data is crucial for constructing dependable models, ensuring that decisions are grounded in solid data and actual conditions.

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Femtum

Official partner of Femtum

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Femtum is born from a strong desire to unleash the potential of mid-infrared lasers all over the world. Our mission is to help industrial manufacturers and scientific teams to solve their most demanding requirements, from selective laser microprocessing to state-of-the-art mid-IR spectroscopy. Femtum gives access to mid-IR with simple and turn-key laser systems, without the need for laser experts to operate them. Femtum is a Canadian spin-off from the Center of optics, photonics and laser (COPL) in Quebec City, one of the largest optics centers in North America. Over the past decades, our team developed a unique know-how and patented technologies to make a difference in the laser industry. With this deep understanding of mid-infrared fiber laser technologies, we bring innovative solutions to real clients needs.

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