BeBop linear Tunable Filter for Supercontinuum lasers
BeBop linear Tunable Filter for Supercontinuum lasers
BeBop linear Tunable Filter for Supercontinuum lasers

BEBOP | Linear Tunable Filter

Tuning Range:

350nm - 850nm

Adjustable Bandwith

Min: <7nm | Max: 100nm

Transmission

>70% for bandwith > 10nm

Output

Free-space or fibered

Switching Time

10 nm/s

Wavelength Accuracy

+/- 5nm

Supercontinuum Laser Linear Tunable Filter: BEBOP

The Leukos Lasers BEBOP tunable filter is a cutting-edge device renowned for its precision and adaptability in manipulating the output of a supercontinuum laser. Engineered with advanced technology, this filter offers a wide tunable range, allowing for precise selection and isolation of specific wavelengths in a supercontinuum spectrum. BEBOP is a scanning single channel linear tunable filter solution that offers maximum flexibility in applications that require wavelength tuning between 350nm and 850nm and filtering with an adjustable bandwidth between 7nm and 100nm.

BEBOP is designed to selectively filter a specific range of wavelengths from the broad spectrum emitted by a supercontinuum laser using a design based on the combination of interference filters. The tunability of BEBOP allows central wavelength and bandwidth adjustment with out-of-band suppression equivalent to OD>4.

Optical spectra centered at 650nm. Filter bandwidth set at 100nm (purple trace), 50nm (green trace), 25nm (pink trace), 10nm (blue trace), BYPASS Mode (yellow trace)

Plug-and-Play Solution Compatible with all Leukos Supercontinuum Lasers

BEBOP is compatible with all Leukos supercontinuum lasers. It has an input that is specially designed for introducing a high-performance lens or reflective optical collimator from a Leukos supercontinuum laser. This design allows effortlessly coupling the output of the laser to the BEBOP resulting in a robust connection that requires no additional alignment.

BEBOP is plug-and-play, it is maintenance-free, and comes pre-aligned. An optional coupler can be added when a fibered output is required.

To visit our supercontinuum laser products page, click here

To visit the manufacturer’s page LEUKOS,  click here

Supercontinuum Laser Linear Tunable Filter: Bebop

The Leukos Lasers Bebop tunable filter is a cutting-edge device renowned for its precision and adaptability in manipulating the output of a supercontinuum laser. Engineered with advanced technology, this filter offers a wide tunable range, allowing for precise selection and isolation of specific wavelengths in a supercontinuum spectrum. Bebop is a scanning single channel linear tunable filter solution that offers maximum flexibility in applications that require wavelength tuning between 350nm and 850nm and filtering with an adjustable bandwidth between 7nm and 100nm.

Bebop Wavelenth

The Bebop linear filter is designed to selectively filter a specific range of wavelengths from the broad spectrum emitted by a supercontinuum laser using a design based on the combination of interference filters. The tunability of Bebop allows central wavelength and bandwidth adjustment with out-of-band suppression equivalent to OD>4.

Bebop data
Optical spectra centered at 650nm. Filter bandwidth set at 100nm (purple trace), 50nm (green trace), 25nm (pink trace), 10nm (blue trace), BYPASS Mode (yellow trace)

Plug-and-Play Solution Compatible with all Leukos Supercontinuum Lasers

Bebop is compatible with all Leukos supercontinuum lasers. It has an input that is specially designed for introducing a high-performance lens or reflective optical collimator from a Leukos supercontinuum laser. This design allows effortlessly coupling the output of the laser to the Bebop filter resulting in a robust connection that requires no additional alignment.

 

 

The Bebop linear tunable filter is plug-and-play, it is maintenance-free, and comes pre-aligned. An optional coupler can be added when a fibered output is required.

To visit our supercontinuum laser products page, click here

To visit the manufacturer’s page LEUKOS,  click here

Bebop Applications:

  • Metrology
  • Spectroscopy
  • Microscopy
  • Absorbance Measurements
  • Fluorescence Imaging
1

Tuning Range: 350 nm – 850 nm
2

Adjustable Bandwidth: 7 nm – 100 nm
3

Transmission: >70%
4

Output: Free-space or fibered
5

Wavelength Accuracy: +/-5%
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