Electro MIR 4 Near IR Supercontinuum laser
Electro MIR 4 Near IR Supercontinuum laser
Electro MIR 4 Near IR Supercontinuum laser

ELECTRO MIR | MID-IR Supercontinuum Laser

Spectral Range

800 nm - 4800 nm | 2500 nm - 9000 nm

Total Average Power

500 - 800 mW | >12 mW

Repetition Rate

>100 kHz

Seed Pulse Width

> 100 ps

Power Stability

< +/- 1% | <+/- 2%

Spatial Mode

Singlemode

MID-IR Supercontinuum Laser

ELECTRO MIR sets new standards in Mid-IR supercontinuum lasers, offering a robust solution for applications seeking reliability and adaptability in the Mid-IR region. Elevate your scientific exploration and industrial applications with a laser designed to meet the diverse demands of modern research. ELECTRO MIR, the latest innovation from LEUKOS is based on Le Verre Fluore’s 38+ years experience in fluoride fibers.

ELECTRO MIR Supercontinuum Laser Output
Output of a LEUKOS ELECTRO MIR 4.8 supercontinuum laser combined with a SALSA tunable filter offering a tuning range of 2300nm.

ELECTRO MIR supercontinuum lasers produce a Mid-IR spectrum extending up to 4800 nm. The laser operates in a spatially singlemode, ensuring precise and focused output for various applications. With a total average power output of up to 1 W and a repetition rate of 250 kHz, ELECTRO MIR offers consistent and reliable performance. Its flexible fiber output enhances adaptability to different experimental setups, while the real achromatic collimated output guarantees optimal collimation over the entire spectral range.

Built on mature and reliable technology, ELECTRO MIR Mid-IR supercontinuum lasers stand as turnkey solutions. The laser is designed for maintenance-free use, emphasizing practicality and a long lifetime, resulting in longevity and robustness needed in research and industrial applications.

 

Electro MIR 4 Spectral Power Density
Electro MIR 4 Spectral Power Density
ELECTRO MIR 9
ELECTRO MIR 9 Logarithmic output spectrum

To explore more supercontinuum laser options from Axiom Optics, click here. 

To view the manufacturer’s website LEUKOS, click here. 

MID-IR Supercontinuum Laser

ELECTRO MIR sets new standards in Mid-IR supercontinuum lasers, offering a robust solution for applications seeking reliability and adaptability in the Mid-IR region. Elevate your scientific exploration and industrial applications with a laser designed to meet the diverse demands of modern research. ELECTRO MIR, the latest innovation from LEUKOS is based on Le Verre Fluore’s 38+ years experience in fluoride fibers.

Output of a LEUKOS ELECTRO MIR 4.8 supercontinuum laser combined with a SALSA tunable filter offering a tuning range of 2300nm.

ELECTRO MIR supercontinuum lasers produce a Mid-IR spectrum extending up to 4800 nm. The laser operates in a spatially singlemode, ensuring precise and focused output for various applications. With a total average power output of up to 1 W and a repetition rate of 250 kHz, ELECTRO MIR offers consistent and reliable performance. Its flexible fiber output enhances adaptability to different experimental setups, while the real achromatic collimated output guarantees optimal collimation over the entire spectral range.

Built on mature and reliable technology, ELECTRO MIR Mid-IR supercontinuum lasers stand as turnkey solutions. The laser is designed for maintenance-free use, emphasizing practicality and a long lifetime, resulting in longevity and robustness needed in research and industrial applications.

Electro MIR 4 Spectral Power Density
Electro MIR 4 Spectral Power Density
ELECTRO MIR 9
ELECTRO MIR 9 Logarithmic output spectrum

ELECTRO MIR Applications:

  • High-Resolution Imaging: Unleash the potential of Mid-IR wavelengths for detailed and high-quality imaging applications.
  • Flow Cytometry: Benefit from the precision in analyzing and characterizing cells and particles in fluid.
  • Optical Coherence Tomography (OCT): Advance medical imaging with the Mid-IR spectrum for detailed cross-sectional imaging.
  • Microscopy: Achieve unparalleled clarity and detail in microscopic observations across different materials and biological samples.
  • Optical Component Characterization: Utilize the laser’s capabilities for thorough analysis and characterization of optical components in diverse setups.

To explore more supercontinuum laser options from Axiom Optics, click here.

To view the manufacturer’s website LEUKOS, click here. 

ELECTRO MIR 4 Datasheet

Electro MIR 9 Datasheet

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