300mA Digital X-ray Machine with Mobile Table for Diagnosis Process

300mA High Power Output:

• The 300mA power output is sufficient to generate high-quality X-ray images, especially in applications that require clarity and precision for thick or dense body tissues, such as bone imaging. The high output also ensures better contrast and image resolution.

Digital Radiography (DR):

• The system uses digital radiography (DR), which replaces traditional film-based methods with digital imaging technology. This results in faster image acquisition, better image quality, and lower radiation exposure for patients.

Mobile Table:

• The mobile table offers flexibility and mobility, allowing healthcare professionals to position patients conveniently for imaging procedures. This is especially useful in emergency departments, ICU, or busy clinical environments where patient positioning and mobility are important.

High-Resolution Imaging:

• With DR technology and the 300mA output, this machine produces high-resolution images that are sharp and clear, ensuring accurate diagnostics for a wide range of medical conditions. It is particularly beneficial for imaging bones, joints, and internal organs.

Automatic Exposure Control (AEC):

• The system often includes automatic exposure control (AEC), which adjusts the X-ray exposure based on the patient's size and the specific area being imaged. This ensures optimal image quality while reducing unnecessary radiation exposure.

User-Friendly Interface:

• A digital X-ray machine typically comes with a touchscreen or an intuitive control panel that makes it easy for healthcare professionals to adjust settings, select imaging protocols, and monitor the process during the exam.

Compact and Space-Saving Design:

• The mobile table and compact design make this system suitable for spaces with limited room, providing a full-featured diagnostic solution without occupying too much space in the imaging room.

Enhanced Safety Features:

• Advanced safety features such as radiation shielding, dose monitoring, and automatic shutdown mechanisms help protect both patients and medical staff from unnecessary exposure to radiation.

Quick Image Processing and Storage:

• The digital nature of the system allows for rapid image processing and storage. Images can be instantly viewed, analyzed, and shared with other medical professionals through Picture Archiving and Communication Systems (PACS), improving the speed and accuracy of diagnosis.

General Radiography:

• The system is ideal for routine radiographic imaging such as chest X-rays, abdominal scans, skeletal imaging, and diagnostic checks. Its high power output and DR technology ensure that these routine procedures are done with precision and speed.

Orthopedics:

• The 300mA output is perfect for imaging bones and joints, making it ideal for diagnosing fractures, joint dislocations, arthritis, and conditions such as osteoporosis. The system’s high resolution helps identify fine details in bone structure and alignment.

Emergency Medicine:

• In emergency departments, the ability to quickly capture high-quality images is crucial for diagnosing injuries, fractures, and internal bleeding. The mobile table adds flexibility, allowing for fast patient positioning in trauma cases.

Pediatric Radiology:

• Pediatric patients often require careful imaging with low radiation doses. The system's AEC technology and ability to adjust settings based on patient size make it ideal for pediatric radiology, ensuring safe and effective imaging.

Pulmonary Imaging:

• The system is widely used in imaging the chest area for conditions such as pneumonia, tuberculosis, lung cancer, and heart-related diseases. The high-resolution imaging helps in accurate diagnostics of pulmonary conditions.

Intensive Care Unit (ICU):

• In ICU settings, patients who are unable to move can benefit from the system’s mobile table, which makes it easier to perform imaging without needing to transfer the patient out of the bed, ensuring convenience and reducing stress.

High-Quality Imaging:

• The 300mA output and digital radiography technology produce clear, sharp images with high resolution, making it ideal for a wide range of diagnostic purposes. Whether it's bone fractures, soft tissue conditions, or chest imaging, this system provides accurate and detailed images for effective treatment planning.

Increased Flexibility with the Mobile Table:

• The mobile table provides versatility, allowing for easier patient positioning and the ability to conduct imaging in various settings. This feature is especially useful in busy hospitals, emergency rooms, or ICU where mobility is important.

Reduced Radiation Exposure:

• The AEC technology ensures optimal radiation doses based on the patient’s size and the area being imaged, which reduces unnecessary radiation exposure for both patients and staff.

Efficiency and Speed:

• With digital radiography, images are processed instantly, enabling rapid diagnostics. This improves workflow efficiency and helps healthcare providers make quicker decisions, which is particularly valuable in critical care and emergency settings.

Compact and Space-Saving Design:

• The combination of a mobile table and compact design makes this system ideal for hospitals and clinics with limited space. It can easily be integrated into imaging rooms without requiring significant alterations to existing infrastructure.

Cost-Effective and Reliable:

• Although the initial cost might be higher compared to traditional systems, the long-term cost savings from the elimination of film, chemicals, and labor make the digital X-ray system a cost-effective choice. Its durability and reliability ensure that it will perform effectively for years, minimizing maintenance costs.

Remote Access and Integration:

• The system’s integration with PACS and HIS allows healthcare professionals to access images remotely, enabling telemedicine capabilities and faster consultations between specialists, improving patient outcomes.

Enhanced Safety:

• With built-in safety features such as radiation shielding and monitoring, this system ensures the safety of both patients and healthcare staff during the imaging process.