While this is not a complete list, it includes some of the most widely used paper sizes for ultrasound machines. Any of the sizes listed above can be used in an ultrasound machine, as long as it fits properly into the printer’s paper slot. Before anyone can use it, the thermal paper must be rolled to the correct diameter and inserted into the ultrasound printer. It then works by rolling across a heated printer head with all the heating elements.
When high-frequency sound waves from the machine hit body parts, a computer captures these waves and displays them as photographs on thermal paper. The heating elements in the printer head deform the special dye in the thermal paper and produce gray and black streaks that translate to the images.
These images turn out in grayscale, with different shades that translate to different states of the captured body parts.
The unused thermal paper should be rolled into the right diameter and stacked against each other inside a carton. You can store the carton in a dark place, and the storage site should preferably have a room temperature below 30°c.
At temperatures above this mark, the prevailing heat could be just enough to cause the materials in the paper to react. It should also be prevented from contacting materials like oils, grease, and body fluids.
In cases where the thermal paper has been printed on, its storage conditions become even more delicate. The following instructions should be adhered to maintain the quality of the image.
- Storage locations should have temperatures below 30°c and relative humidity below 60%.
- The surface of the printed paper should not be placed in petrol or any other organic solvent.
- It should be secured against contact with direct sunlight or any other light source.
- It should be stored in cases or files made with polyester.
- It should not come in contact with human bodily fluids.
Due to the nature of their material makeup, ultrasound thermal papers are very valuable to the work of medical professionals. They are used to print out photographs of internal organs and body parts, and the pictures are then used to make important medical inferences. But before they slot into the printers in an ultrasound machine, they go through a series of processes that give it form and function. This article discusses these processes and then suggests storage conditions that can help attain the product’s shelf life. If you want to buy high-quality and affordable ultrasound thermal rolls, please feel free to contact our company.