The SuperK EXTREME OCT series shares the same robust platform as our standard SuperK EXTREME systems and can be run 24/7 if needed.
The sources can be used for optical coherence tomography both in the visible wavelength range as well as in the 1300 nm region.
The ultra-broad output and low noise makes SuperK supercontinuum lasers ideal OCT sources when micron resolution is needed or when you need a special wavelength range.
- 400-2400 nm single mode output
- Large bandwidth for micron resolution OCT systems
- Low noise
- Robust and maintenance free
- Long lifetime of thousands of hours
|Master seed laser pulse||~5 ps|
|Typical RIN||See plot|
|Beam output||Gaussian, single mode|
|Output options||Collimated (standard)
Divergent (on request)
|Length of output fiber||1.5 m|
|Beam diameter||~1 mm at 530 nm
~2 mm at 1100 nm
~3 mm at 2000 nm
|Beam Divergence (half angle)||< 5 mrad|
|Beam Pointing Accuracy1)||< 1 mrad|
|Beam Pointing Stability||< 50 µrad|
|Typical single mode fiber coupling efficiency||>70 %|
Mechanical / Electrical
|Computer Interface||USB 2.0|
|Operation Voltage||100-240 VAC 50/60 Hz|
|Door Interlock Connector 2)||2-pin LEMO|
|External Bus interface 3)||15-pin sub-D|
|System Cooling||Air Cooled|
|Operation Temperature||+18o to +30oC|
|Storage Temperature||-10o to +60oC|
|Dimensions (WxHXL)||443 x 252.3 x 421.7 mm3|
|Weight||18 kg (19 kg with pulse picker)|
|Humidity||20-80 % RH|
1) Measured relative to the mechanical axis running through the center of the collimator
2) The SuperK Extreme is a Class 4 laser and is required to be connected to a door interlock/circuit
3) External communication and power supply port for accessories
The SuperK EXTREME OCT series is the supercontinuum laser on the market with the lowest noise. It is optimized for low noise performance to yield high-contrast low-noise images in OCT systems and in the performance matches that of large bulky Ti:Sapphire lasers.
Below are shown two OCT images of a human eye. The image on the right is recorded using a SuperK EXTREME OCT source, while the image on the left is obtained using a Ti:Sapphire laser. Both images are recorded by Angelika Unterhuber from Prof. Dr. Wolfgang Drexlers group at Medical University Vienna.
|All NKT Photonics products are produced under our quality management system certified in accordance with the ISO 9001:2015 standard.|