COUNTER PLATE by FUJIFILM Healthcare Americas Corporation

Key Highlights

• The COUNTER PLATE by FUJIFILM Healthcare Americas Corporation is designed to enhance image quality in digital radiography systems.
• Compatible with the FCR 5000 and FCR 5000+ models, it ensures seamless integration and optimal performance.
• This product promotes efficient workflow in clinical settings, facilitating quicker patient throughput.
• Durability and reliability are key attributes, making it a trusted choice for healthcare facilities.
• Its design minimizes the risk of artifacts, thus improving diagnostic accuracy and patient care.

Compatible Systems & Use Cases

The COUNTER PLATE is compatible with the following models:

• FCR 5000
• FCR 5000+

These systems are typically utilized in various radiographic scenarios, including general diagnostic imaging, orthopedic assessments, and emergency room evaluations.

Technical Specifications

Parameter	Value
Material	High-density polymer composite
Dimensions	Standard size for FCR models
Weight	Lightweight for easy handling

Clinical and Service Value

The COUNTER PLATE offers significant clinical value by ensuring high-quality imaging results, which is crucial for accurate diagnostics. Its design minimizes the potential for image artifacts, thereby enhancing the reliability of radiographic assessments. This is particularly beneficial in high-stakes environments such as emergency departments where rapid and accurate diagnosis is essential.

From a service perspective, the COUNTER PLATE is engineered for durability, which translates into reduced maintenance needs and longer product life. This reliability ensures that healthcare facilities can maintain consistent operational efficiency and minimize downtime. Additionally, its compatibility with existing FUJIFILM systems simplifies procurement processes and supports streamlined workflows, allowing biomedical engineers to focus on patient care rather than equipment issues.

Additional notes

COUNTER PLATE by FUJIFILM Healthcare Americas Corporation