Houper X-ray baggage scanner, part number HOU-XB5005, is used in public places, especially in airports, train stations and hospitals, in order to maintain security, and prevent dangerous objects from carrying to such places. X-ray baggage scanner is equipped with double energy capability, meaning it benefits from two different energy sources in the x-ray scanning system technology. In this technology, two sources of energy with different spectra of X-rays are used. The energy sources usually include low-energy X-rays and high-energy X-rays. In addition, using a digital signal, it converts the information received from the X-ray to a digital signal. Then, analyzes the signals using a processor.

Houper X-ray baggage scanner, part number HOU-XB5010 is used in public places, especially in airports, train stations and hospitals, in order to maintain security, and prevent dangerous objects to be carried into such places. Houper X-ray baggage scanner is equipped with double energy technology, which means it can benefit from two different energy levels the simultaneously to detect objects inside luggage and equipment. Using this technology, it can analyze materials with high accuracy, and detect prohibited objects, weapons, explosives and other dangerous substances. It also has a 17-inch screen that allows the operator to carefully review images and identify suspicious objects. It has Mage Archive technology, to manage and store X-ray images.

Houper X-ray baggage scanner, part number HOU-XB5010 is used in public places, especially in airports, train stations and hospitals, in order to provide security and prevent dangerous objects to be carried into such places. Houper X-ray baggage scanner is equipped with double energy technology, meaning it benefits from two different energy sources to scan luggage and waybills. In addition, it has two screens that simultaneously display images from two different angles of bags and loads. Using stripping technology, it removes different layers of the bag to access the inner contents. It has a process to analyze the images created by the X-ray baggage scanner with the help of advanced algorithms. Using such algorithms, blind spots of the image are detected and removed automatically.

Houper X-ray baggage scanner, part number HOU-XB5021 is used in public places, especially in airports, train stations and hospitals, in order to provide security, and prevent dangerous objects to be carried into such places. It is equipped with double energy technology. The technology allows the simultaneous radiation of two different types of X-ray energy on objects. In addition, it has an energy saving design technology to reduce the energy consumption of the device. Such technologies include the optimal design of systems, the use of high-performance electronic components, and renewable energy sources such as solar cells and rechargeable batteries. It can detect the potential problems and errors in the system using advanced data analysis techniques and intelligent algorithms.

Houper X-ray baggage scanner, part number HOU-XB5022, is used in public places, especially in airports, train stations and hospitals, in order to provide security, and prevent dangerous objects to be carried into such places. It has a parameter that includes a set of various measures and technologies to reduce energy consumption during the operation. It also has dual energy capability; one of the X-ray sources with lower energy is used for imaging rigid objects such as metals, while the other source with higher energy is used for imaging soft and non-metallic objects. Using advanced algorithms and filters, it improves scanned images by automatic enhancement of dim and low-definition details. One of its features is the ability to save images for future use.

Houper HOU-MDT836098 metal detector rocket has many uses in entrances and public places. It helps us to prevent the hot and cold weapons such as guns and knives to be carried into such places. The weight of the device is only 220 g. and its length is 37 cm. Other features of the rocket include sensitivity and search depth setup, LED lighting for use in low light conditions, display of necessary information and warnings. The rocket could be adjusted in three different speeds, which allows the user to operate it in different conditions, and adjust its performance according to his needs. In addition, the rocket is designed in a way that allows the user to use it comfortably and easily. The handle of the device is ergonomic. It is made in an optimal way using advanced design technologies.

Houper HOU-MDT836099 metal detector rocket has many uses in entrances and public places. It prevents the hot and cold weapons such as guns and knives to be carried into such places. Two rechargeable batteries is in the handheld metal detector rocket to provide the necessary energy for the operation of the device. This feature allows the metal detector rocket to be powered directly by charging the batteries without the need for an external power source. Sensitivity of handheld metal detector racket shows the responsiveness of the device in detecting various metals. The main purpose of having a sensitive metal detector rocket is accurate and reliable detection of various metals.

Houper HOU-MDT836100 metal detector rocket has many uses in entrances and public places. It prevents the hot and cold weapons such as guns and knives to be carried into such places. Damp-proof sensitivity adjusting feature of Gates manual metal detector rocket allows the user to adjust the sensitivity to humidity. If the battery drop down to a low voltage, it may show some errors, and it may not function properly. With an independent low voltage battery system, the device can function properly even when the battery voltage drops to a low level. Another important feature of Gates manual metal detector rocket is its shield. This means that the device has a protective cover that prevents electromagnetic interference and other electronic noise.

Houper HOU-MDT836101 metal detection rocket is important in mining industry in looking for metals. It has many uses. Its system includes an electronic device that can accurately detect metals using electromagnetic waves and special sensors. The working principle of the system is based on measuring the changes of magnetic field created by metals. In the handheld metal detector racket, Ground Balance Controls allow the user to adjust the level of ground effect. The controls usually have several modes allowing the user to change the sensitivity to ground signals. Disc Control allows the user to distinguish various types of metals from each other. By adjusting the control, the user can select the metals they are looking for, and exclude other metals.

Houper shoe metal detector, part number HOU-MDT836102, can be widely used in entrances and public places. It prevents the hot and cold weapons such as guns and knives to be carried into such places. It is small in size and easy to use. It is also used to detect small metal objects such as needles and sewing needles. In addition, by using various technologies, including metal detectors, and sound and video intensifiers, it can accurately and quickly identify metal objects in shoes. It has a simple interface feature for users. In the shoe security check device, this feature allows the user to easily understand and use the device without the need for technical knowledge.

Houper Metal detection device, part number HOU-MDT836103-4, has many uses in entrances and public places. It can prevent contaminated materials, narcotics, and cold and hot weapons such as guns and knives to be carried into such places. Substance detection devices in public places usually use technologies such as odor detection, radio wave detection, and X-ray detection. High sensitivity in the material detection device means the detection of the smallest amount of substance. This feature allows the detection of substances at very low and sensitive levels which is not doable by other equipment. The high-speed VUV light soft ionization technique is used in the substance detection device. This technique uses a VUV light to produce very high infrared rays.