3D Optical Microscopy
Digital microscopes are used in inspection, documentation and analysis work, such as 2D and 3D measurements. These microscopes are gaining popularity in production, quality control and assurance, failure analysis, research and development, application areas in Biology and Medicine, as well as in forensic investigation.
The microscopic image is projected directly onto a high-resolution monitor, without having to view the sample in the eyepiece. The thin optical zooms reach inaccessible surfaces and even allow for non-destructive inspection of larger stationary components, something that was impossible with traditional microscopy techniques without a lot of work. Digital microscopes are not only impressive for their high optical quality, but also for their enormous power in a multitude of types of analysis, whether 2D analysis or 3D surface measurements.
Digital microscopy offers important advantages for a wide range of quality controls, the analysis of inclined or vertical surfaces, or the inspection of large components.
Instrumental Facilities
3D Microscope DVM 2500, Manufacturer: Leica
The 3D optical microscope Leica DVM 2500 works with the modular software Leica Application Suite (As) and Leica MAP, and among its features are automatic image analysis, and the expansion of the visual field and depth of field in real time.
Technical characteristics
- Modular system consisting of optical zoom with an optimized digital camera
- 2.11 megapixel camera with up to 29 frames per second live to capture as much information as possible, as well as perfect images
- Interface para firewire B-IEEE1394.b
- LED Lighting
- Image analysis with the possibility of automation using macros
- Creating 3D models in Leica as Montaxe
- Simple reporting functions using configurable templates
- Modular structure of the software to offer optimized solutions and be able to carry out subsequent expansions if necessary
- Intuitive operating system with an ergonomic SmartTouch™ module
Accessories:
- VZ75 C lens with 8:1 magnification, 20X to 160X
- Rota Hd 20X-160X zoom lens VZ75/ VZ75 C
- High Mag 2X Var lixeiro Apt VZ75/ VZ75 C
- Low Mag 0.3X 6X-48X
- Diffuser Adapter
- Polarizing Adapter
Applications
Visualization, measurement and analysis of microstructures in both routine and research industrial applications, in materials science and quality control, in forensic investigations and in educational applications.
Sample requirements
- The samples must be in good condition and therefore must not contain traces of grease, oils, or any composition that endangers the integrity of the equipment and must be non-toxic or harmful.
- Do not handle the surface of the samples with bare hands. Always wear powder-free nitrile gloves. Our recommendation, in the case of a solid sample, is that before bagging the sample in the plastic bag, it should be protected with aluminium foil (commonly used).
- Samples should be of the appropriate size (dimension) for the technique…Samples exceeding the limits should be cut. It is recommended to contact the technical staff of the Service if there are doubts about the dimensions.
- When the samples are identical on both sides, the user must indicate with a mark the side of interest. If the samples are in powder form, they can be sent in a properly sealed and identified eppendorf vial.
- Upon completion of the work, the samples will be returned to the user in the way is registered on the service form. Samples not delivered to users will be kept at the Service for a stablish period. After this time, the samples will be disposed of as laboratory waste.
More information
Carmen Serra Rodríguez – Tatiana Padín Gómez – Paula Barbazán Martín
+34 986 813 882 – Fax: 986 812 135
cserra@uvigo.es – tatiana.padin@uvigo.es – pbarbazan@uvigo.es