Release time：2023-07-12 13:09
Source：
Page view：66
Iris instrument is a tool for iris health examination - iris detection instrument. Since its establishment in 1866, the development of science and technology has continuously promoted the development of instruments, from the initial ordinary magnifying glass to professional pure optical instruments, and then to the electron microscope, and now it has developed into a diagnosis and analysis system that integrates the latest computer technology.
First generation: pure optical instrument
As the initial iris detection instrument, it initially used an ordinary magnifying glass, which required external ambient light as the light source. Therefore, the lack of ambient light has a great impact on the detection, and the requirements for iridologists are also very high.
With the popularization of applications, professional iris instruments have emerged. It still uses a pure optical magnifying glass, but is equipped with a detection light so that iridologists can clearly observe the iris.
Because ordinary magnifying glasses are extremely cheap, do not require power, and can be used in any occasion, there are still a few iridologists who carry them with them and use them in individual occasions. (It requires a particularly high level of professionalism from the iris technician)
The second generation: optical + electronic instruments
With the development of electronic technology, the original optical instruments have been combined with electronic technology to develop into the second generation of iris instruments. The lens of the iris instrument is composed of optical components, and the electronic components complete the signal acquisition/conversion and even temporary storage functions, and then display them through display instruments (professional color monitors, general color TVs).
The emergence of the second generation of iris instruments has allowed more people to understand irises, allowing iris technicians to be clearer when testing and explaining, and has greatly promoted the education and popularization of irises. The second generation of iris instruments has developed to a later stage, with more functions, such as freeze function: it can temporarily store one or a few pictures for easy analysis and explanation; replace lenses of various magnifications: so that the iris instrument has the functions of photography, skin detection, and hair detection; portable instruments equipped with small LCD displays...
The second generation of iris instruments are widely used, but with the popularization of applications, people have also continuously put forward more requirements: requiring the ability to store test pictures, record customer files, have analysis functions, recommend product functions, print functions, and compare functions. Demand has driven the development of iris analyzers, and a new generation of iris analyzers that combine the latest computer technology has emerged.
The third generation: optics + electronics + computer technology
The emergence of computers has greatly promoted the development of society and has also brought iris analyzers into the era of intelligence, allowing more people to easily master the application of iris diagnosis.
No professional training is required, the computer automatically diagnoses and analyzes (iris wizard), and there is no need to memorize the iris spectrum;
It can store customer files, test data, and print diagnosis reports;
It uses a USB interface to connect to the computer, does not require an external power supply, and can be used in various environments with a laptop;
It can automatically recommend health products and promote the company's image and products;
The open analysis system allows users to continuously improve and upgrade their systems.
Facing the second-generation iris analyzers and third-generation iris diagnosis systems on the market, how to choose has become a problem that every iris specialist should consider.
Fourth generation: optics + electronics + computer technology + increased pixels
The fourth generation of products has increased the pixels on the original basis. Currently, most of the pixels on the market are 300,000 pixels, and the clarity will be distorted after amplification. The fourth generation of products has increased the pixels to 1.3 million, far increasing the 1 million pixels, solving the problem of image distortion.
Application of NE888U with HD-lris iris lens Iridology is a kind of holographic theory. Since the iris can accurately reflect the quality assessment of body tissues, that is, the detection of sub-health, it is widely used in beauty, health care and medical clinical auxiliary detection, and is also a good way to manage health.
HD-lris iris lens is a professional lens designed by Nuopuen for optimized iris image acquisition. It has small distortion, realistic color reproduction, clear and delicate images, and provides real image effects for iris analysis and judgment. It is a perfect combination for comprehensive health detection.