Microscopic Camera LUMC-T2030

Introduction

Microscopic Camera is a high-performance imaging system designed for various microscopy applications. Back-illuminated sensor provides high sensitivity. Strong Image Signal Processor and other related processing functions for enhanced image quality. Standard C-mount interface for maximum compatibility with various microscopy systems.

This microscope is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Microscopic Camera is intended for the acquisition of digital images from stereo microscopes, biological microscopes, or online interactive teaching.

Specifications

Sensor type	Sony IMX178 sensor
Camera type	Colored
Sensor size	1 / 1.8-inch (7.68 × 4.32) mm
Resolution	8.0 MP
Pixel size	2 × 2
Video resolution	8 MP
Frame rate	30 fps at 3840 × 2160 (), 20 fps at 3840 × 2160 ()
G Sensitivity	505 mv with 1/30 s
Connectivity	,
Power	12 V, 1 A
OS requirements	Windows/Mac OS X/Linux
Hardware requirements	: Equal to Intel Core2 2.8GHz or Higher
Image signal processor	Exposure (Automatic / Manual Exposure) / Gain, White Balance (Manual / Automatic / Mode), Sharpening,3D Denoise, Saturation Adjustment, Contrast Adjustment, Brightness Adjustment, Gamma Adjustment, Color to Gray, 50HZ/60HZ Anti-flicker Function
Mounting size	C Mount
Interface	Comply with 1.4 standard 30 fps at 4K or 30fps at 1080P
Video Interface	Connecting Video port of PC for video transfer format video
Working temperature	-10 °C to 50 °C
Storage temperature	-20 °C to 60 °C
Working Humidity	30 to 80 % RH
Storage humidity	10 to 60% RH
PC Requirements	Memory: 4GB or Display:19” or Larger CD-
Recording system	Still Picture or Movie
Packaging Dimension	300 × 300 × 200 mm
Gross Weight	1 Kg

Features

Low dark current and no smear achieved

Adoption of R, G, and B primary color mosaic filters

4K / multiple video outputs provides flexibility in connectivity

Auto switching between 4K and 1080p resolutions

SD card support for storing captured images and videos

Embedded X Cam View for camera control

Stand-alone recording capability when connected to an monitor or television

Live streaming to a PC via for image capture and video recording

Calibration of scales at multiple magnifications for multi-level inspection

FAQs

1. What is the resolution of the Microscopic Camera ?

The Microscopic Camera is equipped with a high-resolution Sony IMX178 sensor, delivering crisp and detailed imaging for various microscopy applications. This advanced sensor ensures that images captured are sharp, clear, and true to life. The camera supports ultra-high-definition output, which allows researchers and educators to view specimens with exceptional accuracy. With its strong sensitivity and reliable performance, the Microscopic Camera provides excellent visual clarity for both live observation and recorded data. This makes it a valuable tool in laboratories, research facilities, and teaching environments where image quality is critical.

2. What connectivity options does the Microscopic Camera provide?

The Microscopic Camera offers versatile connectivity options, making it highly adaptable for different laboratory setups. It features an interface that complies with modern standards, enabling direct connection to monitors or projectors for real-time display. In addition, the camera is equipped with a interface, which allows seamless transfer of video data and supports live streaming on a computer. These multiple output choices provide flexibility for users to select the most suitable connection for their specific workflow. With the Microscopic Camera , researchers can easily integrate imaging into teaching, analysis, or documentation systems.

3. Can the Microscopic Camera operate as a stand-alone system?

Yes, the Microscopic Camera is designed to function as a stand-alone system, making it highly convenient for users who prefer independent operation. It can be directly connected to an -compatible monitor or television, allowing images and videos to be displayed without the need for a computer. The camera also supports storage through an SD card, enabling users to save their captured data easily. This stand-alone functionality ensures that laboratories and teaching environments can work efficiently without additional equipment. The Microscopic Camera therefore combines portability, ease of use, and advanced imaging capability in one compact system.

4. What processing functions are included in the image signal processor of the Microscopic Camera ?

The Microscopic Camera is equipped with a powerful image signal processor that enhances the quality of captured visuals. It provides options for both automatic and manual exposure, ensuring flexibility depending on the sample and lighting conditions. Additional features include gain control, white balance adjustment, sharpening, and 3D denoise, which together help deliver superior image clarity. Users can also fine-tune saturation, brightness, contrast, and gamma levels, giving them complete control over the imaging process. With these advanced processing functions, the Microscopic Camera ensures accurate, stable, and high-quality results for professional applications.

5. What applications is the Microscopic Camera suitable for?

The Microscopic Camera is designed to meet the diverse imaging needs of laboratories, research institutions, and academic environments. It is ideal for capturing digital images from stereo microscopes, biological microscopes, and similar systems. The camera’s high resolution and multiple connectivity options make it suitable for tasks such as quality control, detailed specimen analysis, and interactive teaching sessions. Researchers can rely on the Microscopic Camera for precise data documentation and efficient collaboration. Its adaptability and performance make it a reliable choice for both routine laboratory work and advanced research projects.