How should the tool microscope be properly maintained?
Maintenance of tool microscope:
1. Environment:
It is best to place the tool microscope in a clean place, but there are many opportunities to use it in machinery factories, so the following points should be paid attention to:
(1) General lighting should not exceed the necessary brightness.
(2) A place that will not be stained with oil.
(3) A place with little dust.
(4) Places with little vibration.
(5) Places where no drastic changes in temperature will occur.
2. Glass components:
The glass parts should be kept clean at all times, and should not be stained with dirt, otherwise the raw image will not be clear and the measurement accuracy will be reduced.
(1) Lens: At ordinary times, you should be careful not to touch the lens with your hands. If the surface of the lens is stained with handprints or oil, you can use lens cleaner or gauze soaked in alcohol to wipe it gently. Dust will not affect the measurement results.
(2) Measuring pedestal glass: The glass surface of this part is most likely to be damaged when placing the measuring object, so special attention should be paid. If it is stained with oil or dust, please wipe it with a soft cloth. Also, pay great attention to the use of objective lens and observation lens. When detaching the observation lens from the microscope, it is easy to get dust on the movable focal length of the microscope, so attach the observation lens to the microscope even if it is not in use.
3. Electrical parts:
The tool microscope must use a relatively high voltage current. If the contact is poor, it will easily generate heat and cause danger. Therefore, it must be checked at any time. In principle, the host must be grounded.
4. Consumables and accessories:
Bulbs and power fuses are consumables. Spare parts should be prepared for replacement when purchasing. As for the accessories, the measuring table glass is the most important, and spare parts must also be prepared.
A tool microscope is a type of microscope mainly used to measure metrology. The difference from ordinary microscopes is that the working precision of the workbench is very high, and it is equipped with some special eyepieces for the measurement of plane and even three-dimensional data.
