Logo CINOGY Technologies

UV-NIR Beam Profiler
..............................


CinCam CCD

CinCam InGaAs

CinCam CMOS
..............................

CinSquare M Tool

CinSpot Tool

CinLine Tool
..............................

IR Module / Coating

UV Module / Coating

Neutral Density Filter

Prism Attenuator

Beam Reducer
..............................

Downloads
 

CinCam CMOS Series

Line

Most Cost-Effective Beam Profiler on the Market

The particular cost-effective beam profiler CinCam CMOS is optimized to provide excellent sensitivity. The Megapixel CMOS sensor provides accurate laser beam analysis with up to 30fps. The lightweight and ultra-compact design enables easy adaption to standard optical imaging systems and opto-mechanical components ensuring highest flexibility. 

CinCam CMOS Family

- Small entry-level beam profiler
- High-resolution MPixel sensor without cover glass
- Real-time monitoring by high frame rate and dynamic range
- Standard high-speed USB 2.0 / 3.0 interface
- Different software versions available: Lite, Standard, Professional

Spectral range:

 

CMOS-1201 (1/2”)

CMOS-1202 (1/1.8”)

CMOS-1203 (1/1.8”) NEW

Standard (+ UV / NIR / IR Option):

 

320-1150nm

320-1150nm

320-1150nm

Number of pixel:

 

1.3MPixel

1.3MPixel

2MPixel

Pixel size:

 

5.2x5.2m2

5.3x5.3m2

4.5x4.5m2

Bit depth (Output):

 

8Bit

8Bit

8Bit

Dynamic:

 

>61dB

>62dB

>62dB

Dimensions:

 

40x40x20mm3

40x40x20mm3

40x40x20mm3

Spectral range:

 

CMOS-1201- Nano (1/1.8”) NEW

CMOS-1.001- Nano (1”) NEW

Standard (+ UV / NIR / IR Option):

 

320-1150nm

320-1150nm

Number of pixel:

 

1.3MPixel

4.2MPixel

Pixel size:

 

5.3x5.3m2

5.5x5.5m2

Bit depth (Output):

 

10Bit

10Bit

Dynamic:

 

>62dB

>60dB

Dimensions:

 

29x29x20mm3

29x29x24mm3

UV Option:

NIR Option

IR Option

Sensor Coating (<150-1150nm) / Without Microlenses (240-1150nm)

Residual Silicon Response (350-1320nm)

Sensor Coating (1495-1595nm)

Home

Imprint

General Conditions

References

Contact

© CINOGY Technologies GmbH 2013