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Home / Products / Microscope Camera / USB3.0 CCD Microscope Camera / MAX TE-Cooling M52/C-mount USB3.0 CMOS M
MAX TE-Cooling M52/C-mount USB3.0 CMOS Microscope Camera

MAX TE-Cooling M52/C-mount USB3.0 CMOS Microscope Camera

MAX TE-Cooling M52/C-mount USB3.0 CMOS Microscope Camera is a high-performance imaging solution for scientific and industrial microscopy. It features SONY Exmor or GSENSE CMOS sensors from 2M to 61M resolution, two-stage TE-cooling with active fan control, and sensor cooling down to -40°C below ambient. The camera supports long exposure up to 1000 seconds, 16-bit hardware ISP, and ultra-fine color processing with perfect color reproduction. It uses a C-mount or M52 x0.75 interface with 5 Gbit/s data transfer via USB3.0 and is compatible with Windows, Linux, and Mac OS platforms.

  • Two-stage TE-cooling reduces sensor temperature by up to -40°C below ambient for low dark current and high signal-to-noise ratio
  • Supports long exposure up to 1000 seconds for low-light and time-lapse imaging
  • 16-bit hardware ISP with 2D denoising, sharpening, and Ultra-Fine TM color engine for accurate color reproduction
  • 5 Gbit/s USB3.0 interface ensures high-speed data transfer with minimal latency
  • Full compatibility with software and hardware trigger modes for synchronized capture
  • Available in monochrome and color variants with UV-sensitive options for specialized applications
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Technical features

  • Sensor options: SONY Exmor or GSENSE CMOS, 2M to 61M resolution
  • Two-stage TE-cooling with controllable electric fan; sensor chip cooling up to -40°C below ambient
  • Working temperature can be regulated to specified setpoint within 5 minutes
  • Smart thermal structure for efficient heat dissipation and moisture prevention
  • IR-CUT and AR-coated windows available as optional features
  • Interface: C-mount or M52 x0.75, 5 Gbit/s USB3.0 data transmission
  • Up to 1000 seconds long exposure time
  • Embedded 16-bit hardware ISP with 2D denoising, sharpening, and Ultra-Fine TM color engine

Who it is for

  • Biomedical research labs conducting fluorescence or time-lapse imaging
  • Industrial inspection teams requiring high dynamic range and long exposure
  • Electronics manufacturers using UV-sensitive imaging for PCB or wafer analysis
  • Procurement engineers sourcing cameras for microscope integration with minimal setup
  • Distributors building a catalog of high-end CMOS cameras for scientific instruments

Specifications

ModelsMAX62AM, MAX62AC, MAX24AC, MAX04AM, MAX04BM, MAX04CM
Sensor TypeSONY Exmor or GSENSE CMOS
Resolution2M to 61M
Sensor Size1.2” to 2.7” (full frame)
Pixel Size3.76×3.76 μm to 11×11 μm
Peak QE64.2% @595nm (MAX04AM) to 95.3% @560nm (MAX04CM)
Dark Signal0.039mv (MAX62AM) to 0.037mv (MAX24AC)
Dynamic Range88.3dB/47.1dB (MAX62AM) to 68.5dB/50dB (MAX04CM)
Max Frame Rate6.1 fps @9568×6380 (MAX62AM) to 37 fps @2048×2048 (MAX04CM)
Binning Modes1×1, 2×2, 3×3, 9×9
Exposure Range0.1ms to 1000s
InterfaceC-mount or M52 x0.75, USB3.0 5 Gbit/s
CoolingTwo-stage TE-cooling, up to -40°C below ambient
Platform SupportWindows, Linux, Mac OS
SDK SupportNative C/C++, C#/VB.NET, DirectShow, Twain

Use guide

  • Select model based on required resolution, sensitivity, and spectral range
  • Choose monochrome for maximum sensitivity or color for natural color imaging
  • Use UV-sensitive models (MAX04BM/MAX04CM) for UV fluorescence or semiconductor inspection
  • Enable two-stage cooling for long exposure or low-light applications
  • Use hardware trigger mode when synchronizing with external devices or automated systems

FAQ

What is the maximum cooling temperature?
Sensor chip can be cooled up to -40°C below ambient temperature.
Can I use this camera with a microscope that has a C-mount?
Yes. The camera supports C-mount interface and is compatible with standard C-mount microscopes.
What is the longest exposure time supported?
Up to 1000 seconds, suitable for low-light and time-lapse imaging.
Does it support hardware trigger mode?
Yes. The camera supports both software and hardware trigger modes for synchronized capture.
Which operating systems are supported?
Windows, Linux, and Mac OS with native SDKs available for C/C++, C#/VB.NET, DirectShow, and Twain.

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