Mex +60
- High performance compact portable X-ray
- Flat operation touch panel with LCD display
- Universal units for radiography application for small animal and equine
- Equipped with dual laser beam and LED collimator
- Light weight and compact size
- Exclusive remote control functions by hand switch
- 8 pre – set technique slots (PROM memory)
Using various imaging and radiology methods, many diseases can be diagnosed quickly and accurately. These include cardiovascular diseases, cancers, respiratory diseases, bone fractures, and more. The radiology devices from Negin Homay Rahmat Iranian Company allow for both fixed and portable use and adjust the X-ray dose to the required levels for imaging.
The radiology device operates using X-rays, with the X-ray source being an X-ray tube. The X-rays are generated in a very small area within the tube. From this stage, X-rays are emitted into space. The X-ray tube is surrounded by a lead-lined tube housing, which absorbs some of the scattered X-rays. The X-rays produced exit the housing through an opening called the tube port, and the radiation leaving the tube is referred to as primary radiation. The rectangular area of X-ray exposure that hits the animal and the X-ray table is called the radiation field. An imaginary line at the center of the X-ray beam and perpendicular to the long axis of the X-ray tube is known as the central ray. The central ray is important for positioning the animal as it is used to align the X-ray tube with the specific area of the body.
During the radiographic exposure, X-rays from the tube pass through the animal and reach the image receptor (IR). As X-rays pass through the animal’s body, some are absorbed by the animal, while others are not. Anatomical structures with higher tissue density, such as bones, absorb more radiation compared to less dense tissues, such as muscles. This process results in a pattern of radiation with varying intensities on the other side of the animal’s body. This radiation is known as residual or exit radiation. It is ultimately transmitted to the IR, which now contains an “unseen image” called a latent image. This image is stored in the phosphors of the IR until processing, where the latent image is converted into a visible image.
Mex +60
- High performance compact portable X-ray
- Flat operation touch panel with LCD display
- Universal units for radiography application for small animal and equine
- Equipped with dual laser beam and LED collimator
- Light weight and compact size
- Exclusive remote control functions by hand switch
- 8 pre – set technique slots (PROM memory)
Using various imaging and radiology methods, many diseases can be diagnosed quickly and accurately. These include cardiovascular diseases, cancers, respiratory diseases, bone fractures, and more. The radiology devices from Negin Homay Rahmat Iranian Company allow for both fixed and portable use and adjust the X-ray dose to the required levels for imaging.
The radiology device operates using X-rays, with the X-ray source being an X-ray tube. The X-rays are generated in a very small area within the tube. From this stage, X-rays are emitted into space. The X-ray tube is surrounded by a lead-lined tube housing, which absorbs some of the scattered X-rays. The X-rays produced exit the housing through an opening called the tube port, and the radiation leaving the tube is referred to as primary radiation. The rectangular area of X-ray exposure that hits the animal and the X-ray table is called the radiation field. An imaginary line at the center of the X-ray beam and perpendicular to the long axis of the X-ray tube is known as the central ray. The central ray is important for positioning the animal as it is used to align the X-ray tube with the specific area of the body.
During the radiographic exposure, X-rays from the tube pass through the animal and reach the image receptor (IR). As X-rays pass through the animal’s body, some are absorbed by the animal, while others are not. Anatomical structures with higher tissue density, such as bones, absorb more radiation compared to less dense tissues, such as muscles. This process results in a pattern of radiation with varying intensities on the other side of the animal’s body. This radiation is known as residual or exit radiation. It is ultimately transmitted to the IR, which now contains an “unseen image” called a latent image. This image is stored in the phosphors of the IR until processing, where the latent image is converted into a visible image.
