Product introduction
This thermal Dry Film is made of blue polyesterbased fim with imaging layer and protection layer onboth sides.It is suitable for printing and output ofmedical digital images such as CR. DR, CT, MRl, etc. It can be used for dry imaging output equipments directly in light room.Such as Fuji Agfa or other dry thermal printer.
Operating environment
The best use environment is 18 C -24 C and 50-65% relative humidity.
Storage conditions
It shall be stored in a dry, cool and dust-freeroom in the original packaging to prevent directsunlight and acid and alkali gases.
The details are as follows:
1. The temperature is 10 C - 25 C, and therelative humidity is 30-65%6. Store away fromheat sources.
2. The storage room shall be free of acid andalkali gases such as hydrogen sulfde, ammonia,sulfur dioxide and formaldehyde.
3. It should be stored vertically to avoidadverse effects caused by pressure.
Product validity
This product is valid for 24 months.
Medical thermal film is a specialized imaging medium that relies on thermal-sensitive coating technology to produce high - definition medical images, and it occupies an indispensable position in modern clinical diagnosis and medical management.
First and foremost, it serves as the core output carrier for diagnostic radiology. It is widely used to print images generated by common medical imaging equipment, including X - ray machines, computed tomography (CT) scanners, magnetic resonance imaging (MRI) systems and ultrasound devices. For instance, when a patient undergoes a chest X - ray to check for lung infections or a CT scan to diagnose a brain lesion, the digital images from the equipment can be directly printed on thermal film. The film’s high resolution and clear contrast enable radiologists to accurately identify subtle pathological changes, such as tiny bone fractures, early - stage tumors or abnormal vascular structures, which is crucial for formulating targeted treatment plans.
In addition, medical thermal film plays a vital role in multi - department clinical practice. In orthopedics, it is used to preserve images of bone alignment and fracture healing progress, facilitating doctors to track the recovery of patients after surgery. In dentistry, intraoral X - ray images printed on thermal film help dentists detect hidden dental caries, evaluate the condition of dental implants and plan orthodontic treatments. Moreover, in emergency departments, the fast imaging speed of thermal film meets the urgent needs of emergency diagnosis, allowing medical staff to quickly obtain patient imaging data and make timely treatment decisions for critical conditions like acute trauma or cerebral hemorrhage.
Furthermore, it is an essential tool for medical record management and academic exchange. Medical thermal film has excellent stability and can be stored for a long time without significant image fading, which complies with the requirements of medical record retention regulations. These films are also frequently used in clinical teaching and case discussions. Medical educators can use them to demonstrate typical disease images to students, and medical professionals can share these films in academic conferences to conduct in - depth discussions on complex cases, promoting the exchange and development of medical knowledge.
Overall, medical thermal film supports accurate diagnosis, efficient clinical treatment and standardized medical management, making it an important component of the healthcare system.
