Publication

In the ever-evolving landscape of medical technology, advancements are continually reshaping the capabilities and possibilities within various medical fields. Among these, radiography plays a crucial role in diagnostics, enabling healthcare professionals to visualize internal structures for accurate...

Based on a special coating-processing method, a thermal imaging layer and a protective layer are coated on the surface of the blue polyester substrate. After drying, a thermal medical dry film is formed. Under the action of the thermal imager, the thermal film produces graphics according to the different...

In the realm of medical diagnostics, innovation is a driving force, continually pushing the boundaries to enhance patient care and streamline processes for healthcare professionals. One such leap forward comes from e-Join with their development of a wireless Flat Panel Detector (FPD) for General X-ray...

In the realm of medical imaging, technological advancements have continually transformed the landscape of radiography, enhancing diagnostic accuracy and patient care. Among the latest innovations is the e-Join Group developed Medical Dry Thermal Imager (DT300, 320dpi), a cutting-edge solution poised...

Traditional X-ray imaging systems have relied on cumbersome film-based techniques or less efficient digital detectors. However, e-Join's wired FPD (MRD1417 & MRD1717) represents a significant leap forward in terms of image quality, speed, and versatility. Unlike conventional detectors, which are often...

The technology uses the printing head to heat the thermal printing material, which makes the chemical reaction of the material sandwiczed in the substrate coating to create a clear image. It has the advantages of fast speed, low noise and clear printing, and is more environmentally friendly than laser...