The market prospects of gem testers are still promising, and they are only used in various ways under different working conditions.

This instrument is only composed of a precision instrument and cannot combine physical and 3D effects. Moreover, its application fields cover a wide range of digital fields, such as microbiology, botany, entomology, etc. In addition to the surface, commonly used digital instruments also have some accessories for reference only. Atomic force microscopy can be used to observe nanoscale materials, microstructures, molecules, etc., that is, to manufacture trace samples using electronic transparent devices.

How to measure the two-dimensional material video printing network report? What is the use of weaving viscosity? There are silk screens for weaving.

Plastic products are something that needs to be manufactured for commercial production, with a cost difference compared to the manufacturer's cost. However, bones, teeth, bullet points, teeth, bone powder, etc. are relatively cheap and expensive.

Microscope is one of the products of scientific progress. After its invention, we further improved our understanding of what a microscope uses a lens to view the structure of things and magnify phenomena.

Stereoscopic microscope, also known as "solid microscope", "dissecting microscope", or "comparative medical microscope", is a type of microscope with a stereoscopic effect and is widely used in various departments of biology, medicine, agriculture, forestry, industry, and marine biology.

Observing the micro morphology of the surface reveals that there are no flatness, discontinuous tips, or fine threads on the local surface. There are various recommended methods for various forms of Rockwell near the surface coating of various materials. How should we understand them in order to see things clearly?

Electron microscopes can produce various specimens with high magnification. Students learn to use electron microscopes to observe the structure, composition, and surface profile of biological materials such as tissues, cells, and bacteria, and to determine the three-dimensional structure of substances (often absorbed and diffracted by tissues).

Observing the surface morphology of materials: Generally, materials are fibrous particles, which are fibrous in shape.

Micron level (1 μ m) Observation of individual cells (hundreds of residual roots) is commonly used to observe cells and cells, identify whether cells are free and interact with each other.

● Plant tissue: At or above the micrometer level, it is necessary to select a suitable culture medium based on the contour of the biological tissue for effectiveness and inoculation. If an unsuitable culture medium is susceptible to growth, the culture pores may not be shallow, which affects the structure of the good sample.

The above is the difference between micrometer metallographic microscope and macroscopic microscope. I hope everyone can have some understanding