Medical Blue X - Ray Film For Laser Printing Precise Diagnosis

Product Introduction

Medical wet-type film
Application scenarios: In medical scenarios where image accuracy is extremely demanding, medical wet-type film plays an irreplaceable role. Especially in the diagnosis of complex diseases, such as precise diagnosis of brain tumors, doctors need to clearly distinguish the boundaries of tumors, internal structures, and their relationships with surrounding nerves and blood vessels. The high clarity and gradation advantage of wet-type film are prominently displayed. In the field of medical research and teaching, universities and research institutions have extremely high requirements for image accuracy when conducting medical imaging-related research. Wet-type film can provide precise image materials for them, helping researchers deeply explore the mysteries of the human body. In the diagnosis of diseases in complex parts such as the brain and nervous system, for example, in the diagnosis of multiple sclerosis in neurology, it is necessary to observe the subtle lesions of the brain white matter. Wet-type film can clearly present the differences between the lesion area and normal tissues, providing key evidence for doctors to formulate treatment plans.
Product features: The images have extremely high contrast, with clear boundaries between different tissues and lesions, and distinct gradations. In the process of tumor diagnosis, whether it is the distinction between benign tumors and normal tissues or the judgment of the infiltration range of malignant tumors, high contrast images can make doctors understand at a glance, greatly improving the accuracy of diagnosis. The chemical washing process it adopts, although more complex than that of dry-type film, requires a professional darkroom environment and strict control of chemical agent formulas, washing time and temperature parameters, etc., but it is precisely this meticulous process that ensures the imaging quality reaches an extremely high level, and the delicacy and clarity of the presented images are beyond the reach of other types of films. It has a wide range of applications, covering X-rays, CT scans, mammography (mammography) and other medical imaging equipment for image printing. In mammography, for the screening of early breast cancer, wet-type film can clearly display the tiny calcification points in breast tissue, providing important clues for the early detection and treatment of breast cancer.

Nanyang Jiuding Material Technology Co., LTD., founded in 2015, is a national high-tech enterprise specializing in the development and production of the first class medical device medical film. The indicators of the new PET medical laser film and medical thermal film independently developed and produced by the enterprise have reached a higher level in China, which can meet the needs of the domestic and foreign markets. Products have independent intellectual property rights, has obtained 3 domestic invention patents, 21 domestic utility model patents, 19 computer software copyright certificate, ISO 9001, ISO13485, ISO14001, CE certification.

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Nanyang Jiuding Material Technology Co., Ltd. is a Chinese high-definition medical film professional manufacturer. We have established a good cooperative relationship with famous domestic and foreign medical equipment manufacturers to provide customers with comprehensive technical guidance and counseling services.

Jiuding converges much technical personnel in digital imaging materials research and manufacturing at home and abroad. Jiuding owns advanced production equipment, a professional management team, a perfect marketing network, and an aftersales service system. With an annual output of HD medical film, printing film, backlit film, and other digital image-receiving materials of 50 million square meters. Jiuding has a strict quality control system and passed the CE certificate, ISO 9001, ISO1400, and ISO13485.

"Responsible for the product, responsible for the customer" is our aim, and we look forward to working with you on joint development.