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Scientific Digital Microscopic Camera

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Scientific Digital Microscopic Camera Specification

Application
Microscopy, Laboratory Imaging, Research, Education

Operating Voltage
5V DC (USB)

Temperature
0C 50C operating

Display Type
Digital Output to PC/Monitor

Accuracy
High Precision Digital Capture

Power Supply
USB Powered (5V)

Automation Grade
Manual/Automatic (Software Controlled)

Equipment Type
Scientific Digital Microscopic Camera

Interface Type
USB 3.0

Measuring Range
Varies by Microscope Objective

Resolution
1920 x 1080 pixels (2MP)

Usage
Microscope Camera Adapter

Machine Weight
Approx. 0.5 kg

Control Mode
PC/Software Controlled

About Scientific Digital Microscopic Camera

Digital Microscopic Camera

Technical Specifications

Sensor: 2.0 Mixel Pixel; 1/2 inch Progressive Scan
Pixel Size: 2.8 x 2.8 microns
Frame Rate: 15 fps at full resolution.
Resolution: 1600 x 1200
Image Control: Brightness control, saturation & contrast.
Output: USB 2.0 interface.

Advanced Digital Imaging for Laboratories

Our Scientific Digital Microscopic Camera brings enhanced digital imaging to laboratory, research, and educational environments. With high-resolution output and compatibility across multiple microscope objectives, it ensures precise, reproducible results for specimen observation and measurement tasks. The devices USB-powered design and intuitive PC control make it a convenient addition to any imaging workflow, supporting both manual and automated operations.

Effortless Integration and Reliable Performance

Designed with user experience in mind, the camera features USB 3.0 connectivity for swift image transfer and plug-and-play installation. Its robust construction and broad operating temperature range guarantee durability and consistent image quality for a variety of microscopy applications. The system delivers high-accuracy digital capture, streamlining documentation and analysis processes for researchers and educators alike.

FAQs of Scientific Digital Microscopic Camera:

Q: How does the Scientific Digital Microscopic Camera connect to a computer for image acquisition?

A: The camera connects to a PC or monitor via a USB 3.0 interface, allowing fast data transfer and direct digital output. Its operation is managed through dedicated software, facilitating both manual and automatic control modes for image capture and analysis.

Q: What is the process for setting up the camera on different types of microscopes?

A: Installation involves attaching the camera using a microscope camera adapter and connecting it to the PC using the provided USB cable. Once the camera is mounted and powered, users can control it through compatible software, ensuring easy integration with various microscope objectives.

Q: Where can this camera be utilized for optimal results?

A: This device is ideally suited for laboratories, research institutions, educational settings, and any environment requiring high-precision microscopy imaging. Its versatility supports applications ranging from specimen analysis to measurement and documentation.

Q: When is software control beneficial in microscopy applications?

A: Software control is advantageous when users require automated image acquisition, advanced measurement functions, or need to adjust settings remotely. It streamlines workflows, enhances repeatability, and facilitates comprehensive data management during microscope-based studies.

Q: What are the main benefits of using this scientific camera in research and education?

A: The camera provides high-resolution, accurate digital images, aiding in detailed analysis and documentation. It simplifies the imaging process, improves workflow efficiency, and supports collaborative research and teaching by enabling sharing of digital outputs.

Q: How accurate are measurements captured with this device?

A: Thanks to its high precision digital capture capability, measurements are highly accurate, provided the camera is correctly calibrated according to the microscope objective. It allows users to confidently quantify and analyze microscopic structures.

Q: What operating conditions are suitable for the Scientific Digital Microscopic Camera?

A: This camera functions reliably within an operating temperature range of 0C to 50C, making it robust enough for most controlled laboratory environments and educational facilities.

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