FLI Kepler KL6060BI CMOS Camera

FLI Kepler KL6060BI CMOS Camera

SKU: KL6060 BI G1

$200,950.00

Sensor Grade: GSense6060 back-illuminated Grade 1
  • GSense6060 back-illuminated Grade 1 - Sold out
  • GSense6060 back-illuminated Grade 1 with 90mm shutter - Sold out
  • GSense6060 back-illuminated Grade 2 - Sold out
  • GSense6060 back-illuminated Grade 2 with 90mm shutter - Sold out
Out of stock

Delivered to anywhere is Australia and New Zealand.
Orders placed before 2 PM are usually shipped the same day.
FLI Kepler KL6060BI CMOS Camera

$200,950.00

$200,950.00

Choose option
Sensor Grade: GSense6060 back-illuminated Grade 1 - Sold out
  • GSense6060 back-illuminated Grade 1 - Sold out
  • GSense6060 back-illuminated Grade 1 with 90mm shutter - Sold out
  • GSense6060 back-illuminated Grade 2 - Sold out
  • GSense6060 back-illuminated Grade 2 with 90mm shutter - Sold out
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Same day shipping

If you order before 2pm we will ship your items same day.
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Expert aftersales support

We fully support our products!
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Minimum 2-Year Warranty. 

+ extended manufacturer warranties
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Aussie Owned & Stocked

Our store is Australian owned and stocked.

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The Kepler KL6060 BI camera features a back-illuminated sensor, offering unparalleled sensitivity for even the most challenging low-light environments. With its large field of view (FOV), low-noise performance, and high frame rates, the KL6060 BI is ideal for Space Domain Awareness and other critical low-light imaging applications, where both reliability and performance are paramount.

SPEC SHEET DOWNLOAD

Sensor GSENSE6060 BI
Diagonal Size (mm) 83.9mm
Resolution  6144 x 6144
Pixel Size 10um
Bit depth 16-bit
Full Well  95ke-
Read Noise  3.0 e-
Dark current 0.1 EPS @ -20c
Shutter Rolling
Peak QE  95%
Interface  USB 3 QSFP
Frame Rate 11 FPS (QSFP)

 

Optional Accessories

- Sensor Grade Selection
- Liquid Cooling Adapters 
- Anti-Dew Technology
- Camera Window Type
- Mechanical Shutter
- GPS Time Stamp

Quantum Efficiency

Quantum efficiency (QE) measures how effectively a detector converts incoming photons into electrons. In our graphs, QE is expressed as a percentage. A sensor’s QE typically varies based on its architecture, coatings, and materials. High QE remains a crucial consideration for applications such as astronomy, space debris imaging, and life science research.

 

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