The fiber inspection microscopes industry can achieve high resolution and resolution in breaking through the cornea by doing so. Next, let me share their secrets with you, and we may collaborate with them

The field of epidemic prevention is currently underway at this year's Nobel Conference on Physics and Electronics, but his team is developing a two-photon microscope for scientific microscope cameras. With their help, the Nobel team of physicists developed the first two-photon microscope camera used in science, which won the Science Award for electron microscopy.

Microscopic cameras still need to be connected to microscopes that use microscience cameras, and the following applications should be noted.

Firstly, the application of scientific cameras is mainly divided into multiple fields such as industry and scientific research. These imaging include medical imaging, mechanical acquisition, and chip testing. These imaging techniques include expertise in the fields of microscopy, optics, chemistry, and other technical fields.

In addition, scientific cameras also need to be used in conjunction with STVR/AR 'and have good image quality as a' digital microscope '. Therefore, traditional cameras should have high-definition color sensors to achieve this.

In addition, scientific cameras should also have a series of advanced features such as "Advanced Ultra High Frequency Mode" and "TEK-DFT". These versions should help scientific clients better understand the complexity of related technologies and increase the need to detect physical layer thickness.

It is to use higher precision sensors to perceive sound waves, thereby achieving high-precision image quality.

In addition, the RF isolation Tmi of the Baspie camera enhances the high-frequency audio and correlation of the sensor, ensuring the frequency output of the audio and microscope imaging sensors. This' noise free 'can be used to track sensors for more detailed details.

The figure on the right is an introduction to DeTech's spectrum analyzer, which is described as the principle of a spectrum analyzer created by Jingshuer and commercial machines.

As one of the important providers, Inno Medical Technology tests and researches over 1000 medical devices annually. And in order to better understand health, many professional institutions may suggest that departments have an advanced testing equipment, but the high load selective emerging demand for Yinuo Life Cycle recommendations should not lead to dangerous lifespan OGs.

Innox Medical Technology and Molecular Diagnostics (PRT) are currently the top analytical instruments in the global medical equipment supply market, and we are also able to have them.

The technological selectivity of patients in emerging industries can be met. No matter how doctors choose, we hope to provide the best medical device solutions for treating diseases.

For many medical devices such as syringes, sinus cones, nasal endoscopes, plasma surgeries, eye examinations, etc., InnoOriental Medical Technology is determined to build safe medical facilities and will effectively promote the progress of the medical industry.

At the same time, we also hope that in the near future, Foshan Technology will also engage in comprehensive technological competition in the medical industry. For example, doctors can effectively manage medical devices through digital detection and control by doctors or design engineers, and use digital readout systems.

Inno Oriental Medical Device Package Trading Co., Ltd. has rich experience in the research and development and market sales of in vitro imaging equipment, as well as the sales of glass packaging equipment and personal operation sales.