Thermal Medical Dry Printer HYC—860

The Thermal Medical Dry Printer is a sophisticated dry imaging system designed to meet the demanding needs of modern medical imaging. It utilizes direct thermal printing technology, which allows for dry operation and is compatible with daylight-load films, ensuring an efficient and environmentally friendly solution for high-quality imaging.

With impressive spatial resolution, the Thermal Medical Dry Printer offers 508 dpi (20 pixels/mm) for more detailed applications. This makes it highly versatile, suitable for various medical imaging modalities that require different levels of precision. The throughput of the device is equally impressive, handling up to 70 sheets per hour for 14" × 17" films and 90 sheets per hour for 8" × 10" films. In case of lower throughput configurations, it still manages to print 60 sheets per hour for 14" × 17" and 80 sheets per hour for 8" × 10" films, ensuring efficient performance for different volumes of imaging tasks.

The Thermal Medical Dry Printer boasts a 14-bit grayscale resolution, which contributes to its superior image quality. The device employs a rubbing method for film transferring, ensuring high-quality and reliable image transfers. With two supply trays, the system can hold up to 200 sheets of medical dry thermal film, which is compatible with both blue and clear bases. The supported film sizes include 8" × 10", 10" × 12", 11" × 14", and 14" × 17", making it adaptable to various imaging requirements.

For connectivity, the Thermal Medical Dry Printer comes equipped with 10/100/1000 Base-T Ethernet (RJ-45), allowing seamless integration into existing network systems. It supports the DICOM 3.0 protocol, which ensures compatibility with a wide range of medical imaging equipment, allowing for easy data exchange within healthcare environments.

To maintain its accuracy over time, the Thermal Medical Dry Printer features automatic calibration through a built-in densitometer, guaranteeing consistent image quality with each print. The device is user-friendly, with a touch screen control panel that provides an intuitive interface for managing settings, monitoring the online display, and receiving alerts in case of faults or system activity.

The power supply is versatile, accommodating a wide range of voltages (100-240V AC, 50/60Hz) and providing 600W of power, making the Thermal Medical Dry Printer adaptable to various operational environments. It weighs 50 kg and operates efficiently within a temperature range of 5°C to 35°C and humidity levels of 35%-85%. The system is also designed to withstand a broader range of conditions during storage, with a temperature range of -22°C to 50°C and humidity levels from 30% to 95%.

In terms of additional features, the Thermal Medical Dry Printer offers an optional base holding to ensure the stability and safety of the unit during use.

In conclusion, the Thermal Medical Dry Printer combines precision, reliability, and flexibility to meet the needs of modern medical imaging. Whether used in hospitals, clinics, or imaging centers, it ensures high-quality results while providing the cost-effectiveness and ease of integration required by healthcare professionals.

Maintaining a printer is essential for ensuring its efficient operation and prolonging its lifespan. To begin with, regular cleaning is crucial. It is advisable for users to periodically use a clean, soft damp cloth or an alcohol wipe to thoroughly clean both the exterior and interior of the printer. This practice not only removes surface dust and dirt but also helps prevent these impurities from potentially damaging the internal components, thus maintaining stable print quality.

Furthermore, the storage environment of the printer plays a significant role in its performance. The printer should be placed in a dry, well-ventilated area while avoiding direct sunlight to prevent overheating or humidity from impacting the normal operation of the device. Users should pay special attention not to store the printer in areas prone to dampness or excessive heat, as this can lead to damage to the electronic components.

Additionally, regularly checking the functions and condition of the printer’s components is also a necessary maintenance step. It is recommended for users to conduct comprehensive inspections to ensure all functions are operating correctly and to promptly identify any potential issues. Any worn or malfunctioning parts should be cleaned or replaced in a timely manner to guarantee stable operation of the printer.

Lastly, cleaning the print head is equally important. The print head is a critical component that affects print quality, and users can gently wipe it with an alcohol damp cloth to remove any ink residue or dirt that may have accumulated, ensuring clear and accurate printing results. By implementing these maintenance measures, users can effectively extend the printer's lifespan and enhance work efficiency.