Overview

Labmate Microscope Camera LMMIC-A105 captures 8.0 MP high-resolution images effortlessly. With smooth 30 fps video, it enhances detailed analysis and research. It features HDR wide dynamic range and one-key white balance adjustment. Our Microscope Camera LMMIC-A105 supports dual USB interfaces and HDMI output for seamless connectivity.

Features :

One-key white balance adjustment
USB storage support
Independent R, G, B color adjustment
HDMI digital output
Internal cross lines for precise measurement
Multiple interface support

Specifications :

Chip Structure	XILINX ZYNQ
Operation System	Linux
Inner-core Structure	ARM COTEX A9 +FPGA
Frequency Speed	666 Mhz
Pixel	8.0 MP
Effective Pixels	3840 × 2160
Frame Rate	30 fps
Optical Size	1/1.8
Dynamic Range	HDR wide dynamic
White Balance	One Key White balance
Interface	Two USB interface, supports wireless mouse or keyboard
Color Adjustment	R, G, B independently adjustable
Internal Cross Lines	32 moveable lines
Output	HDMI digital output
Lens Mount	Type C
Power Input	DC 12-24V
Strong Light Suppression	Level 3
Edge Enhancement	Level 4
Operation Temperature	0°C to -70°C
Dimension	70 × 70 × 40 mm
Weight	450g

Standard Accessories :

Accessory Name	Quantity
HDMI Cable (1.5 m)	1 pc
USB Storage	1 pc
Power Adapter (DC 12-24V)	1 pc
Lens Cleaning Cloth	1 pc
Calibration Slide	1 pc
Microscope Mount Adapters	2 pcs
Protective Carrying Case	1 pc
User Manual	1 pc

Applications :

Microscope Camera LMMIC-A105 is essential for Clinical Diagnostics, Forensic Analysis, and industrial quality control, providing high-definition, clear images for advanced analysis across various scientific fields.

Selection Guide :

Microscope Camera LMMIC-A105 is a reliable choice for professionals seeking advanced imaging performance in scientific research, clinical diagnostics, and industrial quality control. Featuring a XILINX ZYNQ chip structure with a powerful combination of ARM Cortex-A9 and FPGA architecture, this model delivers fast image processing and enhanced parallel computing capabilities. Operating on a Linux platform, it ensures stability and flexibility in various laboratory software environments. The 666 MHz frequency speed supports responsive image capture and smooth data handling, making it suitable for high-throughput applications such as live cell imaging, pathology slide scanning, and material inspection. This camera is often selected for experiments requiring programmable image processing workflows or real-time data analysis, and its embedded system architecture aligns well with research studies that demand automation or custom algorithm integration. Certifications related to medical and industrial standards may further support its use in regulated environments, helping customers confidently choose this model for precision imaging tasks.