RESISTOR by GE Healthcare

Key Highlights

• The RESISTOR by GE Healthcare is designed specifically for use with the MPX imaging system, ensuring optimal performance and compatibility.
• This product enhances the reliability of imaging processes, contributing to improved diagnostic accuracy and patient outcomes.
• Engineered with high-quality materials, the RESISTOR promises durability and longevity, reducing the need for frequent replacements.
• Its streamlined design facilitates easy installation and integration into existing workflows, minimizing downtime during setup.
• As a product from GE Healthcare, it benefits from a legacy of innovation and expertise in medical imaging technology.

Compatible Systems & Use Cases

The RESISTOR is compatible with the MPX imaging system, commonly utilized in radiology departments for X-ray imaging. This component is particularly suited for scenarios requiring high precision and reliability in diagnostic imaging, making it an essential part of any modern radiology suite.

Technical Specifications

Parameter	Value
Product ID	O16880-46136207P266
Brand	GE Healthcare
Part Number	46-136207P266

Clinical and Service Value

The RESISTOR by GE Healthcare is a critical component for enhancing the functionality of the MPX imaging system. By ensuring consistent performance and reliability, this product supports healthcare providers in delivering accurate diagnoses. The integration of high-quality materials and design reduces the frequency of replacements, which can lead to significant improvements in operational efficiency and resource allocation.

Moreover, the ease of installation associated with the RESISTOR minimizes disruption to clinical workflows. This allows biomedical engineers and procurement teams to maintain high levels of productivity while ensuring that imaging systems remain operational. Ultimately, the RESISTOR contributes to a more streamlined and effective radiology department, enhancing both patient care and service delivery.

Additional notes

RESISTOR by GE Healthcare