JPI GRID 80L/CM R10:1 FO150/180CM by Siemens Medical Solutions

Key Highlights

• The JPI GRID 80L/CM R10:1 FO150/180CM by Siemens Medical Solutions is designed to enhance image quality in radiographic applications, ensuring superior diagnostic performance.
• Its advanced grid technology minimizes scatter radiation, providing clearer and more accurate imaging results for improved patient assessments.
• Constructed for durability and reliability, this grid is suitable for a wide range of imaging environments, including hospitals and outpatient facilities.
• The versatile dimensions of 150/180 cm make it compatible with various imaging systems, accommodating diverse clinical needs.

Compatible Systems & Use Cases

While specific models are not listed, the JPI GRID is likely compatible with general radiography systems and is ideal for use in diagnostic imaging scenarios, including chest X-rays, orthopedic evaluations, and fluoroscopy. Its design supports both fixed and mobile imaging units, enhancing workflow flexibility.

Technical Specifications

Parameter	Value
Grid Ratio	10:1
Grid Length	80 cm
Foil Thickness	150/180 cm

Clinical and Service Value

The JPI GRID 80L/CM R10:1 FO150/180CM offers significant clinical value by enhancing the quality of radiographic images, which is crucial for accurate diagnosis and treatment planning. Its ability to reduce scatter radiation not only improves image clarity but also aids in minimizing patient exposure to unnecessary radiation, aligning with modern safety standards in healthcare.

From a service perspective, the robust construction of the JPI GRID ensures longevity and reliability, reducing the frequency of replacements and maintenance interventions. This reliability translates into streamlined workflows for biomedical engineers and procurement teams, facilitating efficient inventory management and ensuring that imaging departments can maintain optimal operational efficiency without disruption.

Additional notes

JPI GRID 80L/CM R10:1 FO150/180CM by Siemens Medical Solutions