CH/*9.1GB MO INT DRIVE 5.25" by Philips

Key Highlights

• The CH/*9.1GB MO INT DRIVE 5.25" by Philips is designed to enhance the performance of advanced imaging systems, ensuring reliable data storage and retrieval.
• Compatible with a range of Philips Brilliance models, this drive supports seamless integration into existing radiology workflows.
• Its robust design ensures durability and longevity, minimizing downtime and maintenance requirements for healthcare facilities.
• This drive is optimized for high-speed data transfer, facilitating efficient imaging processes and improving overall productivity.
• Philips is renowned for its commitment to innovation, providing healthcare professionals with cutting-edge technology to improve patient outcomes.

Compatible Systems & Use Cases

The CH/*9.1GB MO INT DRIVE is compatible with the following Philips models:

• BRILLIANCE BIG BORE
• BRILLIANCE 64
• BRILLIANCE
• BRILLIANCE CT AIR
• BRILLIANCE CT WATER

This drive is ideal for use in CT imaging scenarios, supporting high-resolution scans and facilitating advanced diagnostic capabilities in clinical settings.

Technical Specifications

Parameter	Value
Storage Capacity	9.1 GB
Form Factor	5.25 inches
Interface Type	Optical Drive
Data Transfer Rate	Up to 1.5 MB/s

Clinical and Service Value

Integrating the CH/*9.1GB MO INT DRIVE into your imaging systems can significantly enhance clinical workflows. Its compatibility with various Philips Brilliance models ensures that healthcare providers can maintain a consistent and efficient imaging process, leading to improved diagnostic accuracy and patient care. The drive's robust performance minimizes the risk of data loss, providing peace of mind for healthcare professionals reliant on timely and accurate imaging data.

From a maintenance perspective, the durable design of this drive reduces the frequency of replacements and service interventions, which is crucial in busy clinical environments. By streamlining the data management process, the CH/*9.1GB MO INT DRIVE allows biomedical engineers and procurement teams to focus on optimizing system performance rather than addressing frequent equipment failures. This ultimately contributes to a more efficient healthcare delivery model, enhancing both operational efficiency and patient outcomes.

Additional notes

CH/*9.1GB MO INT DRIVE 5.25" by Philips