Microscope Camera LMMIC-A104 Catalog

Overview

Labmate Microscope Camera LMMIC-A104 delivers 5.0 MP high-resolution images with smooth 60 fps video. It features HDR wide dynamic range, edge enhancement, and automatic white balance adjustment. It includes multiple interfaces like USB and HDMI and U disk for data storage and digital output. Our Microscope Camera LMMIC-A104 is ideal for researchers and industries requiring precision imaging solutions.

Features :

HDR wide dynamic range
Edge enhancement technology
U disk storage
White balance with one-key adjustment
HDMI digital output
Geometric measurement tools
Multiple interface support

Specifications :

Chip Structure	FPGA + ARM
Operation System	Linux 3.10
Inner-core Structure	Dual-core Cortex-A9
Frequency Speed	6.66 GHz
Pixel	5.0 MP
Effective Pixels	2560H × 1920V
Frame Rate	60 fps
Optical Size	1/2
Dynamic Range	HDR
Edge Enhancement	Yes
Image Inversion	Yes
Image Color	With color/black and white
Exposure and White Balance	Exposure and White Balance
Picture Storage	U disk storage
Image Comparison	Yes
Cross Line Superposition	Center cross-line superposition
Moving Line	32 horizontal and 32 vertical lines
Operation Mode	USB mouse or wireless mouse
Image Transmission Mode	HDMI digital transmission
Power Input	DC 12V
Operation Temperature	-10° to 70°C
Dimension	61 mm × 61 mm × 72 mm
Weight	350 g

Standard Accessories :

Accessory Name	Quantity
HDMI Cable (1.5 m)	1 pc
U Disk Storage	1 pc
Power Adapter (DC 5-12V)	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-A104 is essential for life sciences, material research, and industrial quality control, Environmental Monitoring providing high-definition, clear images for advanced analysis across scientific fields.

Selection Guide :

Microscope Camera LMMIC-A104 is designed for high-performance imaging applications in research and industrial settings. Built with an advanced FPGA + ARM chip structure and a dual-core Cortex-A9 processor running at 6.66 GHz, it provides powerful image processing capabilities and real-time performance, making it suitable for live cell imaging, time-lapse studies, and high-throughput analysis. Operating on Linux 3.10, it provides a stable and flexible platform for integration with various microscopy software. This camera is commonly used in biological research, clinical diagnostics, materials science, and semiconductor inspection, especially where speed, accuracy, and processing efficiency are essential. It is often selected for research studies involving automated or AI-assisted microscopy workflows. With certifications such as CE and FCC, it meets international standards for safety and performance, making it a reliable choice for advanced imaging needs.