Cell Imaging System

Your Professional Cell Imaging System Supplier

Guangzhou G-Cell Technology Co., Ltd. is an innovative technology enterprise founded by relying on Tsinghua University Shenzhen Graduate School, Southern University of Science and Technology, and South China Normal University, and we focus on the application of optical imaging technology in the field of life sciences. For units in related application directions, we can provide you with professional optical imaging equipment and solutions.

Advanced equipment
As a cross-border combination of the laboratory equipment industry and the Internet industry, the company is committed to creating a new generation of laboratory intelligent equipment.

Independent research and development
Under the innovation of a strong technical research and development team, GCell products all adopt independent research and development, independent production, independent patents, and have passed a number of certifications such as software monographs and utility model patents.

Software Advantages
Software tuning is carried out based on the usage habits of scientific research users, and the results are exported according to the requirements of scientific research articles and reports. The slice preview information can be retrieved at any time, and the format conversion of panoramic results is supported, which is convenient for the universality of result analysis.

Professional Team
We have a professional pre-sales application team with professional biological knowledge, which can match your experimental application and recommend suitable product equipment. At the same time, it also has a group of experienced industry sales, which can bring you the best quality sales experience.

Parameter

Device Function	Automatic dynamic imaging of multiple sites in the incubator
Magnification	10X/20X
Sample position	Single board position,multiple positions
Imaging Camera	8MP CMOS
Imaging resolution	4K imaging,3840x2160 pixels
Work	Temperature:5-40℃,humidity:5-95%
Fluorescence imaging	Single-channel fluorescence imaging
Focus	Automatic/manual focus

Types of Cell Imaging System

Single-Cell Imaging

These advanced digital microscopy solutions capture and process single cell images. They serve as a bridge for laboratories transitioning from manual to fully digital workflows, as they may still require reverting back to the microscope when certain regions of clinical interest are not available in the digital image.

Full-Field Imaging Systems

These systems provide high-resolution images of all regions of clinical interest, allowing for a comprehensive analysis without the need for further manual microscopic review. This approach contrasts with traditional digital cell-locating technologies that capture snapshots of individual cells, which can miss critical context of the cell.

Advantages of Cell Imaging System

Compact Structure, Space Saving
CellScan integrates the microscopic imaging and illumination optical systems inside the device, making the instrument compact and saving space in the incubator.

Simple Process Management
From observation project establishment to data export, a process management model is adopted. The operation interface is simple and easy to use, truly realizing simpler cell observation.

Anytime Anywhere, Remote Viewing
CellScan builds a local area network through a router, and uploads data to the cloud server. Users can log in through the cloud platform account to browse remotely and obtain images and quantitative data anytime and anywhere.

AI-Driven, Real-Time Quantification
Multiple built-in cell models allow for easy identification of the shape of specific cell types in changing cell states and automatic calculation of cell counts and confluence in real-time. Machine learning based methods allow users to manually annotate cellular and non-cellular regions to build specific analysis models for fusion analysis.

Applications of Cell Imaging System

Cell Division & Growth

Live-cell imaging enables real-time study of the complete cell cycle, providing insights into the mechanics of mitosis, cytokinesis, and cell growth patterns.

Intracellular Trafficking

Researchers can track the movement of molecules and organelles within cells, understanding how substances are transported and the pathways they use.

Signal Transduction

The technique allows for visualizing how cells communicate and respond to external signals, revealing the complex networks of intracellular signaling pathways.

Steps For Using The Cell Imaging System

Sample Preparation
The process begins with the lab’s internal preparation of the biological sample, such as a blood smear, on a glass slide. This step is crucial for ensuring the sample is suitable for digital imaging.

Image Capture
The prepared slide is then scanned using a high-resolution digital scanner. Systems like those developed use full-field imaging technology, capturing images at 100x magnification. This high level of detail is essential for accurate cell morphology analysis.

Image Processing
Once captured, the images are processed using sophisticated software. AI algorithms play a significant role in this phase, assisting in the identification and classification of cells. These algorithms are trained to recognize various cell types and detect abnormalities, providing decision support to lab scientists.

Analysis and Reporting
The analysis of the sample includes the AI-based suggestions for cell counts and pre-classifications. These must be reviewed and potentially adjusted by a lab scientist, ensuring a blend of automation and human expertise.

Ordering Process

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Packaging and Shipping

Packaging	Logistics packaging filled with soft foammake sure the instrument reaches you in good condition.
Shipping	Shipping by sea, by air, by express are acceptable. According to your requirements.

Cooperative Units

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FAQ

Q: How does cell imaging work?

A: In live-cell imaging, images are captured over time to monitor cell changes and movements. Fluorescence microscopy provides a broad overview of cellular activity, while confocal microscopy allows for the collection of sharp, focused images at various depths, which can be reconstructed into three-dimensional models.

Q: What is the principle of live-cell imaging?

A: Live Cell Imaging is a method to optically investigate living cells over a period of time using time-lapse microscopy. Therefore, cells can be monitored over long periods of time to be able to visualize very slow processes that are below the threshold of human perception.

Q: What microscopy techniques can be used in live-cell imaging?

A: Microscopy techniques that can capture live cell images include confocal microscopy, phase contrast microscopy, fluorescent microscopy, and quantitative phase-contrast microscopy.

Q: How do you image live cells?

A: Non-invasive phase-contrast techniques are therefore often used as a vital complement to fluorescent microscopy in live-cell imaging applications. Deep learning-assisted fluorescence microscopy methods, however, help to reduced light burden and phototoxicity and allow even repeated high resolution live imaging.

Q: What is the difference between fixed cell imaging and live cell imaging?

A: By using a live-cell imaging technique, you can study the dynamic biological processes your target is involved in; this is in contrast to fixed-cell imaging, where the cellular structures are frozen at a single point in time and cellular activity is at a standstill.

Q: Why is live-cell imaging important?

A: Benefits of imaging live cells include: Monitoring live cells over time provides more than a snapshot of what is occurring in the cells while allowing for the visualization of transient events that may be missed in end-point assays and revealing optimal time-points for end-point assays.

We're professional cell imaging system manufacturers and suppliers in China, specialized in providing high quality products with low price. We warmly welcome you to buy customized cell imaging system made in China here from our company. Contact us for quotation.

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