Biological Microscope LB-34BIM

Our fluorescent stereo microscope is a specialized optical instrument designed for three-dimensional observation of specimens, particularly those labeled with fluorescent markers. Combining the advantages of stereo microscopy with fluorescence illumination, it offers a broader view of the sample and enables the visualization of fluorescent structures in high contrast. These microscopes are commonly used in various fields such as biology, genetics, and material science to examine the 3D distribution and morphology of fluorescently tagged objects. They feature dedicated fluorescence light sources, filters, and objective lenses to enhance the visualization of specific fluorophores.

Labotronics Forensic Comparison Microscope allows comparison of two samples, enhancing the accuracy and efficiency of forensic tests. Equipped with advanced optical systems delivering sharp and detailed images for analysis. It analyzes various materials ideal for many forensic uses. Integrated with advanced software for capturing, analyzing, and storing specimen images. Designed for comfort and ease of use during extended analysis, minimizing user fatigue.

Our inverted metallurgical microscope is a specialized optical instrument designed for the examination and analysis of opaque materials, particularly in metallurgy and materials science. Unlike traditional microscopes, it has its light source and objective lenses positioned above the specimen, making it ideal for viewing polished metal samples, ceramics, and other solid materials that cannot be made transparent. Inverted metallurgical microscopes often feature polarized light, darkfield illumination, and advanced imaging capabilities for inspecting the microstructure, composition, and defects in metallic alloys and materials.

Our research biological microscope is an advanced laboratory instrument specially designed for high-resolution observation and analysis of biological specimens. These microscopes offer a wide range of features, including a variety of objective lenses, multiple observation techniques like phase contrast, fluorescence, and DIC, as well as digital imaging capabilities. Research biological microscopes are commonly used in various scientific fields such as cell biology, microbiology, and histology, allowing researchers to explore and document the intricate structures and functions of biological samples. Their precision, versatility, and advanced imaging technology make them indispensable tools for in-depth biological research and the development of scientific knowledge.