What Is Dental X-ray Machine?
The dental X-ray machine is one of the most important tools in the dental office. X-rays are electromagnetic waves with a wavelength shorter than visible light but longer than gamma rays. They are produced when high-energy electrons pass through an object. The resulting radiation can be detected and recorded on photographic film or special digital detectors called scintillators (thick pieces of plastic). Each type of material produces a different set of characteristic lines in its x-ray spectrum, allowing us to distinguish between them.
Dental x-rays are pictures of the teeth and jaw bones that show up on a film, which is then developed by a dental technician. The x-rays are taken in a dental office using special equipment. Digital x-rays have replaced traditional film because they provide higher quality images with less radiation exposure than traditional film X-rays. In fact, digital X-rays can reduce patients’ exposure to radiation by as much as 90%.
Why Do We Need To Use The Dental X-ray Machine?
Dental X-ray film, also known as dental film, is an important means in the process of dental diagnosis and treatment. However, the clinical examination can only visually judge the condition of the dental crown, while for the root, alveolar bone, periodontal ligament, etc., an X-ray examination must be carried out. Teeth show white radiopaque images on dental radiographs, with enamel radiopaque being the strongest, and dentin and cementum radiopaque being lower than enamel. The pulp cavity is black and transparent, and the root canal orifice to the apical foramen is gradually tapered.
Dental radiographs are the most commonly used examination methods in stomatology. Dentists use it to find the extent and scope of lesions before treatment. Dentists use it to guide the treatment and determine the scope of treatment and the depth of treatment during treatment. After treatment, the dentist uses it to observe the effect.
How To Use The Dental X-ray Machine?
Before we want to know how to use a device, we had better get to understand how the device works.
X-rays are produced by exposing film or digital sensors to ionizing radiation (high energy particles) emitted from the x-ray machine. When this radiation passes through soft tissue, it causes atoms within these tissues to become unstable and release their electrons in the form of light photons. In other words, x-rays reveal a distinct pattern of shadows on film when they pass through soft tissues inside the mouth.
When you get a Dental X-ray Machine, how do you operate it to take dental films?
1. The first step is to make sure that both you and your patient are comfortable. Make sure that they are seated comfortably in a chair with their chin resting on the chin rest of the unit.
2. Next, place the film cassette into the unit and tighten it into place so that there is no movement when taking a picture. You can use either paper or digital films depending on your preference.
3. Now, turn on the power switch and set your exposure controls for a fixed time exposure (exposure time) between 20-40 seconds with an average of 30 seconds for each picture taken (this will vary depending on your equipment).
4. Set your image intensifier tube current at 250 mA or higher depending upon what type of film you’re using (remember this will also vary according to different manufacturers).
5. Finally, take one picture at a time until all necessary views have been taken which should include intra-oral, extra-oral, periapical and occlusal views.
Tips During The Operation Process:
What do dentists need to pay attention to when using the Dental X-ray Machine?
A Dental X-ray machine is an indispensable tool for dentists. It can help them to diagnose tooth decay, cavities and other oral diseases.
However, there are many things that need to be paid attention to when using the Dental X-ray Machine.
1. Check and adjust the radiation shielding of the X-ray tube to ensure that it is working properly.
2. Check and clean the film before use, and make sure that there are no flaws in it, otherwise, it will affect the quality of X-rays. The film should also be stored in a cool place with good ventilation.
3. The distance between the patient’s mouth and the X-ray machine should be adjusted according to their height so as not to cause unnecessary radiation exposure. In order to avoid unnecessary radiation exposure, dentists must choose a lower position for patients when taking dental X-rays (e.g., lying down or sitting).
4. For dental patients who wear braces or have prostheses, dentists must use lead aprons, masks and protective glasses on the patient’s head and neck before taking X-rays so as to avoid unnecessary radiation exposure caused by these foreign bodies during X-ray examination.
5. Correctly choose the appropriate X-ray film according to different diseases and conditions.
6. When using a dental x-ray machine, don’t forget to press the “stop” button to stop it when finished scanning. Otherwise, it will automatically shut down after 30 seconds without pressing the “stop” button.
7. After using the equipment, you should carefully wipe it with a clean cloth or paper towel. This will remove dust and fingerprints on the glass surface of the machine and prevent harmful bacteria from breeding on its surface.
Overall, if dentists had access to a better X-ray machine they could better understand their patient’s conditions and make more informed treatment decisions. And while dental X-ray machines are much less expensive than other similar radiography devices they’re not exactly cheap either.
So here, we recommend that you choose RoSon’s Dental X-ray machine:
Choose RoSon, and you will get the following:
- No protective operation rooms are needed when installing the complete machine.
- Flexible adjustment of the position and angle of the handpiece, simple and easy to handle.
- Develop dental film in daylight. no darkroom is needed.
- Compact in volume, light in weight, convenient for carrying.
- Time is adjustable, high contrast of picture imaging in focus.
Radiation leakage is in accordance with international standard