Product Description
With the help of our dedicated professionals, we are engaged in manufacturing and supplyingDry View Laser Imager.These imagers are appreciated by our clients across nation for the clear picture resolution, accurate results, easy installation And usage and longer service lives. Offered imagers are compatible with full-field digital mammography as well as computed radiography to meet the distinct demands of customers. Moreover, our manufacturedDry View Laser Imagerstringently passes through number of quality checking procedures ensuring zero defects.High-Resolution, Rapid Imaging OutputThis printer ensures outstanding clarity with up to 605 dpi resolution, enabling precise review of diagnostic images. Its impressive speed of up to 90 films per hour helps medical staff optimize workflow efficiency during busy periods in radiology and diagnostic labs. The addition of a warm-up time of less than 2 minutes means minimal delays, making it ideal for high-demand environments that require quick turnaround.
Advanced Connectivity and CompatibilityWith built-in Ethernet and USB 2.0 ports, as well as DICOM network compatibility, the printer fits seamlessly into existing hospital and diagnostic infrastructures. It supports direct digital image printing from major modalities like CT, MRI, Ultrasound, CR, and DR, and operates smoothly on Windows systems. PACS integration streamlines the process, enabling efficient storage and management of images.
Reliable Performance and User-Centered DesignConstructed with a robust metal body enhanced by advanced polymers, the printer is built to withstand heavy use in clinical settings. The LCD touch panel provides intuitive control, while the built-in cooling fan maintains stable performance. Its automatic operation, built-in image buffer, and high storage capacity reduce manual intervention, improving reliability and ease of use for healthcare professionals.
FAQs of CT MRI Laser Printer:
Q: How does the CT MRI Laser Printer connect to imaging systems for direct printing?
A: The printer features both Ethernet and USB 2.0 interfaces, ensuring seamless integration with hospital networks and imaging modalities. Its DICOM compatible, allowing direct image printing from CT, MRI, Ultrasound, CR, and DR systems without the need for additional conversions.
Q: What film sizes and image resolutions can this laser printer handle?
A: The printer accommodates film sizes ranging from 8x10 inches to 14x17 inches, and delivers images at up to 605 dpi for superior diagnostic clarity. This versatility makes it suitable for a wide variety of medical imaging requirements.
Q: When is this printer most beneficial for radiology departments?
A: This printer is especially valuable during peak diagnostic periods when fast, high-quality image output is needed. With a print speed of up to 90 films per hour and a warm-up time of less than 2 minutes, it ensures quick availability of medical images for patient care decisions.
Q: Where can the CT MRI Laser Printer be installed and used?
A: It is suitable for installation in CT and MRI centers, hospitals, diagnostic labs, and other healthcare facilities engaged in radiography and diagnostic imaging. Its compact design fits easily in various clinical environments.
Q: What is the printing process with DICOM compatibility?
A: DICOM compatibility enables direct reception and printing of medical images from imaging modalities and PACS. Users simply send images to the printer through the hospital network, and the printer automatically processes and prints them with no manual intervention required.
Q: How does the built-in cooling system benefit printer performance?
A: The integrated cooling fan maintains optimal internal temperatures during continuous operation, ensuring stable performance and prolonging the printers lifespan, even in demanding hospital environments.
Q: What are the main advantages of using this printer in diagnostic imaging?
A: Key benefits include high-resolution and rapid image output, automatic operation, direct DICOM printing, broad compatibility with multiple imaging systems, robust yet compact construction, and reduced workflow interruptions due to its built-in buffer and efficient cooling.