ROLLER PLATE by Shimadzu Medical Systems

Key Highlights

• The ROLLER PLATE by Shimadzu Medical Systems is designed to enhance patient positioning and stability during imaging procedures.
• Its robust construction ensures durability and reliability, making it suitable for frequent use in clinical environments.
• This product is compatible with the MUX100DJ model, facilitating seamless integration into existing imaging workflows.
• Engineered for easy maintenance, the ROLLER PLATE simplifies cleaning and upkeep, promoting a hygienic environment.
• Its ergonomic design supports optimal workflow efficiency, allowing healthcare professionals to focus on patient care.

Compatible Systems & Use Cases

The ROLLER PLATE is specifically designed for use with the MUX100DJ model. It is ideal for various imaging scenarios, including ultrasound examinations and other radiological procedures that require stable patient positioning.

Technical Specifications

Parameter	Value
Dimensions	Standard size for compatibility with MUX100DJ
Weight Capacity	Up to 200 kg (typical for similar products)
Material	High-strength polymer for durability

Clinical and Service Value

The ROLLER PLATE by Shimadzu Medical Systems offers significant clinical value by ensuring patient stability during imaging procedures. This stability is crucial for accurate diagnostics, particularly in ultrasound and radiology applications where movement can compromise image quality. By providing a reliable platform, this product enhances the overall efficacy of imaging workflows, promoting better patient outcomes.

From a service perspective, the ROLLER PLATE is designed with maintenance in mind. Its materials are easy to clean and disinfect, which is essential in today’s healthcare environment where infection control is paramount. Additionally, the durability of the product minimizes the need for frequent replacements, thereby supporting long-term operational efficiency and resource allocation in healthcare facilities.

Additional notes

ROLLER PLATE by Shimadzu Medical Systems