Ideal-TEK-XY-Stage ESD XY Mechanical Stage
XY Mechanical Stage
|XY Stage Travel Distance
|XY-Axis Drive Mode
|Stage Platform Dimensions
|Inner Packing Material
|Ancillary Packaging Materials
|Minimum Packaging Quantity
|Transportation Carton Material
|Quantity of One Transportation Carton
|Microscope stage is usually located under the objective lens of the microscope to place the object to be observed. Usually, it is equipped with mechanical motion devices, and is moved and positioned in XYZ three directions or rotates or tilts around the Z axis and other functions.
Microscope stage usually has a function of moving in the XY horizontal direction, and is required to be perpendicular to the optical axis of the microscope Z direction in the XY horizontal direction.
XY Mechanical Stage
|There are motion and positioning mechanisms in the XY horizontal direction.
In general, the XY stage needs to adjust the level of the stage, so that the stage plane and the main optical axis of the microscope Z direction are perpendicular.
|Static electricity is a charge that is at static or non-flowing state, and static electricity is formed when charges accumulate on an object or surface.
Static electricity can cause malfunction or mis-opeartion of electronic equipment, resulting in electromagnetic interference. In the electronics industry, static electricity can break down integrated circuits and precision electronic components, causing components to age, and can also absorb dust, causing contamination of integrated circuits and semiconductor components, and reducing production yield. In the plastics industry, static electricity can cause film or membrane not wining up uniformly, film and CD plastic discs contaminated with dust, thereby affecting quality. In industrial production, especially in electronic production and processing and inflammable and explosive production sites, electrostatic protection should be taken seriously.ESD means “electro-static discharge.” For the methods of ESD treatment with respect to microscope and components, electrical conductivity of the metal should be utilized on the one hand, and on the other hand, electrostatic materials, electrostatic coating and other methods of treatment should be adopted to solve the electrostatic problem.
Electrostatic coating is to apply coat that can prevent static electricity. It has electrostatic discharge, dust-proof, mildew-proof, wear-resistant, acid and alkali resistance and other characteristics. The surface of the coating does not generate static electricity or the static electricity is discharged to the safe place through the conductor row.
On some components, electrostatic materials may be applied, such as the microscope knob handle, insulation mat, septum, microscope cover etc.