Working Principle and Application Areas of Fully Automated Microscope
Full-automatic microscope is a high-tech product that adopts advanced centralised control technology and modular embedded structure to achieve the purpose of improving the working efficiency of the integration of photoelectricity and arithmetic.
Traditional microscopes are manually fine-tuned and focused, which is labour-intensive and inefficient for the operator. Fully automatic microscope adopts automatic motion platform instead of manual fine-tuning and focusing.
Working Principle of Fully Automatic Microscope
Through the use of advanced control technology, to achieve the carrier stage XYZ three-axis control, fast and wide range of autofocus; the use of two-dimensional automatic loading platform, to achieve the automatic adjustment of samples, efficient and rapid adjustment of the target samples to the field of view of the objective lens; the use of the CCD will be the image transmitted to the monitor, completely out of the mode of observation of samples by the human eye of the standing mode.
Full-automatic microscope can be realised through software to achieve panoramic automatic scanning, automatic jigsaw, automatic return, synchronous browsing, remote control and other fully automated functions, is to achieve the purpose of improving the efficiency of the work of the integration of optoelectronic high-tech products.
Features of fully automatic microscope
1,The microscope is fully automatic, and the corresponding software can achieve complete automation.
2,Compact size, easy to use in a variety of occasions.
3,Sample automatic movement
4,Precision reaches the upstream level of similar products at present.
5,Automatic focusing
Application areas of fully automatic microscope
Fully-automatic microscope is widely used in the fields of image splicing, image comparison, defect detection, sample observation, biological experiment, medical experiment, general industrial microscope, semiconductor inspection, laser engraving, students' projects, scientific research and so on.
Sanying Precision Control has developed the XWJ-4P series microscope stage for the application of fully automatic microscope, which can be adapted to a variety of microscopes.
Features:
High precision, small size, thin thickness, good rigidity.
Place of use:
Microscope carrier stage, high speed scanning.
Uses:
Automation transformation of existing microscope, high-speed scanning of slides.
Product Description:
1. the orthogonal and inverted microscope carrier table adopts linear stepping motor drive, imported square guide rail guiding, grating closed-loop control to achieve super size, thin thickness, large load, high precision and long life.
2. Suitable for precise movement of samples under the microscope, standard DB9 control interface, directly connected to PMC100/400 controller
