KOWA - LM-FC24M

Ultra high resolution lens series for 24MP cameras with a chip size of 1.1" and optimised for Sony image sensors

Key Features

  • Image circle: 17,6
  • Pixel size: for sensors with a pixel size from 2.5 μm
  • Suitable for IMX183, IMX530/540, IMX531/541, IMX253/304 sensors and many more
  • Sensor resolution: 24 megapixel
  • C-Mount industrial lenses
  • Focal lengths available from 6,5 mm to 100 mm
  • Floating mechanism to eliminate optical aberrations
  • Broadband coating: transmission from VIS to NIR

Find the right model for your needs

Use the filters below to narrow down your selection based on your application requirements

Bis
Bis
Bis
Produktname Focal length (mm) Sensor size diagonal (mm) Min. pixel size Aperture Wavelength range M.O.D. (mm) Camera mount (optics) Manufacturer Filter thread Magnification (max) Resolution Sensor format
KOWA LM25FC24M
 25 17.6 2.5 µm F 1.8 - F 16 VIS-NIR 100 C-Mount Kowa M35.5 x 0.5 N/A 24 1.1"
KOWA LM6FC24M
 6.5 17.6 2.5 µm F 2.5 - F 16 VIS-NIR 100 C-Mount Kowa M82 x 0.75 N/A 24 1.1"
KOWA LM8FC24M
 8.5 17.6 2.5 µm F 2.5 - F 16 VIS-NIR 100 C-Mount Kowa M62 x 0.75 N/A 24 1.1"
KOWA LM12FC24M
 12 17.6 2.5 µm F 1.8 - F 16 VIS-NIR 100 C-Mount Kowa M49 x 0.75 N/A 24 1.1"
KOWA LM16FC24M
 16 17.6 2.5 µm F 1.8 - F 16 VIS-NIR 100 C-Mount Kowa M35.5 x 0.5 N/A 24 1.1"
KOWA LM35FC24M
 35 17.6 2.5 µm F 1.8 - F 16 VIS-NIR 200 C-Mount Kowa M40.5 x 0.5 N/A 24 1.1"
KOWA LM50FC24M
 50 17.6 2.5 µm F 1.8 - F 16 VIS-NIR 200 C-Mount Kowa M40.5 x 0.5 N/A 24 1.1"
KOWA LM75FC24M
 75 17.6 2.5 µm F 2.5 - F 16 VIS-NIR 150 C-Mount Kowa M34 x 0.5 N/A 24 1.1"
KOWA LM100FC24M
 100 17.6 2.5 µm F 3.5 VIS-NIR 150 C-Mount Kowa M34 x 0.5 N/A 24 1.1"

Warum KOWA - LM-FC24M?

Large image circle up to 1.1"

The 1.1" image circle enables numerous camera combinations with current sensors from Sony, AMS or Gpixel.

High resolution of smallest details

With their excellent MTF, the lenses are also designed for camera sensors with a pixel size of only 2.5 µm.

Broadband coating to prevent reflection

Broadband coating effectively reduces glare and reflection effects and provides high transmission from the visible to the near infrared wavelength.

Floating mechanism

Floating mechanism to eliminate optical aberrations

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