The core advantages of this in vivo laser microscope lie in its non-invasive imaging capability, which can observe the internal biological processes of small animals without surgical treatment, reducing the impact of experimental operations on sample status. It adopts a low-power Class 1 safe laser, which will not cause damage to the biological tissues of small animals. The high frame rate imaging of 30fps can capture dynamic biological processes such as blood flow and cell migration in real time. It also supports real-time image display and recording through the HDMI interface, enabling researchers to observe experimental results synchronously.
The main specifications include: overall dimensions of 600mm (length) × 500mm (width) × 400mm (height), net weight of 65kg, power input of 100-240VAC 50/60Hz, maximum power consumption of 100W. The imaging depth is up to 200μm, with a maximum frame rate of 30fps, and the field of view is 1mm×1mm. It supports imaging of fluorescent markers including GFP, RFP and other common biological fluorescent proteins. The supporting analysis software can realize real-time tracking of cell movement and quantitative analysis of fluorescence intensity.
This product is mainly suitable for biomedical research scenarios such as small animal tumor growth monitoring, drug metabolism research, immune cell migration observation and toxicology testing. It is widely used in pharmaceutical company R&D centers, biomedical research institutions and university medical departments. For example, drug researchers can use it to observe the aggregation process of tumor cells in living mice in real time, and evaluate the therapeutic effect of new drugs quickly and accurately.
Post RFQ
Chat
ALL CATEGORIES