The role of the microscope stage
Optical microscopes play an important role in engineering and scientific research. With the continuous change of the measured object, the requirements for the measurement accuracy of the microscope are continuously improved, the requirements for the displacement accuracy and the realization of the function of the stage are getting higher and higher, and the demand for motorization is becoming more and more obvious, especially under the high-magnification objective lens, the field of view The range is small, and any imprecise movement may cause the observed feature to move out of the field of view.
Advantages of Motorized Stages
The existing manual stage can realize multi-axis movement or rotation adjustment, and can provide high-precision displacement steps through the hand wheel. However, there are some limitations in the manual stage: it cannot output the same step distance constantly, and there are human errors; as the use time increases, the damping of the hand wheel will become smaller and smaller, which is prone to inaccurate positioning and is more susceptible to damage. Interference from the outside world; the manual stage requires human contact to operate, and when observed by the monitor, it is very inconvenient to operate due to the distance, and using the eyepiece for a long time to observe will cause eye fatigue.
The motorized stage can realize high-precision displacement output, more accurate quantitative step distance, high-precision repetitive positioning and detailed displacement control functions, and improve the efficiency of research work.
Features:
High precision, small size, thin thickness, good rigidity.
Where to use:
Microscope stage, high-speed scanning.
use:
The existing microscope is automatically transformed, and the slide is scanned at high speed.
Product Description:
1. The upright and inverted microscope stages are driven by linear stepping motors, guided by imported guide rails, and closed-loop controlled by grating rulers, which realize 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 the PMC100/400 controller
