Thermal Imager HYC—4600
The Thermal Imager is an advanced thermal imaging film processor specifically designed to duplicate and transmit medical images using the widely recognized DICOM (Digital Imaging and Communications in Medicine) network protocol. This cutting-edge device incorporates state-of-the-art direct dry thermal imaging technology, enabling it to support a broad spectrum of imaging modalities. These include CT (Computed Tomography), MRI (Magnetic Resonance Imaging), DR (Digital Radiography), CR (Computed Radiography), Digital Gastrointestinal Imaging, Nuclear Medicine, Mobile X-Ray Imaging, Dentistry, and many more. The versatility of the Thermal Imager makes it an essential tool in diverse medical environments, catering to a wide range of diagnostic needs.
A key commitment of the Thermal Imager is to deliver precise diagnostic results characterized by exceptional image clarity. In medical practice, the clarity of imaging results can significantly impact patient diagnosis and treatment planning. The Thermal Imager ensures that healthcare providers receive high-quality images that accurately reflect the conditions being examined. This capability not only enhances the diagnostic process but also aids in building trust between healthcare professionals and their patients.
Moreover, the Thermal Imager is dedicated to offering affordable imaging solutions tailored to meet the specific needs of various healthcare facilities. By providing cost-effective options without compromising on quality, the Thermal Imager helps healthcare institutions manage their budgets while still delivering high standards of care. This balance of quality and affordability is particularly important in today’s healthcare landscape, where the demand for effective diagnostic tools continues to grow.
The Thermal Imager plays a pivotal role in enhancing workflow efficiency within medical environments. By ensuring that clinicians receive high-quality images rapidly, the Thermal Imager supports timely decision-making in patient care. The ability to quickly print these images using the HENGYICAIFILM system further streamlines the diagnostic process, enabling healthcare teams to access critical information without unnecessary delays.
In addition to its support for diverse imaging modalities, the Thermal Imager is specifically designed to align with the increasing demand for efficient and effective diagnostic tools in healthcare. As medical technology evolves, the need for high-performing imaging solutions becomes paramount. The Thermal Imager, by leveraging advanced imaging technology alongside HENGYICAIFILM’s thermal printing capabilities, allows medical facilities to significantly enhance their diagnostic capabilities. This synergy not only boosts the operational efficiency of imaging departments but also elevates the overall standards of patient care.
Furthermore, the Thermal Imager is engineered with user-friendly features that promote operational efficiency across various healthcare settings, including hospitals, clinics, and specialized imaging centers. Its intuitive design ensures that healthcare professionals can quickly familiarize themselves with its functions, minimizing the learning curve and allowing for smooth integration into existing workflows.
The Thermal Imager also excels in delivering high-resolution images promptly, which is crucial for enabling healthcare professionals to make informed decisions without delay. By enhancing the quality of service provided to patients, the Thermal Imager contributes to the overall improvement of healthcare delivery standards.
In summary, the Thermal Imager is a vital component in the realm of medical imaging, combining advanced technology with a commitment to quality and efficiency. The Thermal Imager plays a critical role in enhancing diagnostic capabilities and ultimately improving patient care across diverse medical settings.
Specifications | ||
Model | HYC-4600 | |
Print Technology | Direct thermal(dry, daylight-load film) | |
Spatial Resolution | 320dpi ( 12.6 pixels/mm) | 508dpi (20 pixels/mm) |
Throughput | 14" × 17" ≥70 sheets/h; 8" × 10" ≥90 sheets/h | 14" × 17" ≥60 sheets/h; 8" × 10" ≥80 sheets/h |
Grayscale Resolution | 14 bits | |
Film Transferring Method | Rubbing | |
Film Tray | Two supply tray, 200-sheet capacity total | |
Film Size | 8" × 10", 10" × 12", 11× 14", 14" × 17" | |
Applicalbe Film | Medical Dry Thermal Film (blue or clear base) | |
Interface | 10/ 100/ 100 Base-T Ethernet (RJ-45) | |
Networ Protocols | Standard DICOM 3.0 connection | |
Image Quolity | Automatic calibration using built-in densitometer | |
Control Pannal | Touch Screen, Online Display, Alert, Fault and Active | |
Power Supply | 100-240V AC 50/60Hz 600W | |
Weight | 50Kg | |
Operating Temperature | 5°C-35°C | |
Operating Humidity | 35%-85% | |
Storage Humidity | 30%-95% | |
Storage Temperature | -22°C-50°C | |
Base Holding | Optional | |
Card jams during printing are a common issue that can disrupt the normal operation of the device. To effectively address this problem, it is essential to identify the causes of the jam and the specific location where it occurs.
Jams can occur at different stages, primarily categorized into two types: situations where the card fails to be picked up and instances where two cards are printed consecutively. To diagnose the problem, one must first check the position of the card to confirm whether it is stuck during the feeding process or if it has become jammed due to sticking together during continuous printing.
If the card is not being picked up during the feeding phase, several factors could be at play. For example, the paper tray might be too tight, or the thickness of the film could exceed the device’s capacity. Users should inspect whether the suction strips on the sides of the printer have been removed, as any remaining strips could obstruct the smooth feeding of paper. If it is determined that the film is too thick, users can try removing a few sheets and then perform continuous printing to see if the issue persists.
On the other hand, if the problem involves sticky cards, where two cards come out consecutively, this is often related to the tightness of the film extraction or the temperature and humidity of the storage environment. It is important to consider whether the film is drawn too tightly or if the storage conditions are suitable.
Additionally, users should check if the film size is appropriate. An oversized film could lead to card jams. It is also crucial to verify that the film is cut evenly, ensuring that the diagonal dimensions are consistent to prevent jams due to irregular shapes.
Finally, ensuring the film is laid flat during placement is vital. Users should check for any warping issues, as warped film is more likely to jam during printing.
Moreover, the standardization of the paper tray is equally important. Users should examine the tray’s flexibility and flatness to ensure it meets the device’s requirements, thus preventing jams caused by tray-related issues.
