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.
Features
- 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
Our OCT optimized supercontinuum sources comes in two different colors - red and white.
| Model | Visible Power |
| EXR-9 OCT | 900 mW |
| EXW-4 OCT | 400 mW |
| EXU-6 OCT | 600 mW |
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Optical
| Master seed laser pulse | ~5 ps |
| Typical RIN | See plot |
| Polarization | Unpolarized |
| Beam output | Gaussian, single mode |
| M2 | < 1.1 |
| 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 |
| Power Consumption | |
| 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
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Low noise
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.
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| All NKT Photonics products are produced under our quality management system certified in accordance with the ISO 9001:2015 standard. |  |
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