BARRIER BAG DETECTION SENSOR by Konica Minolta

Key Highlights

• The BARRIER BAG DETECTION SENSOR by Konica Minolta enhances the operational efficiency of the DRYPRO 832 imaging system by ensuring optimal workflow during radiographic procedures.
• This sensor is designed to detect barrier bags, reducing the risk of contamination and ensuring compliance with safety protocols in imaging environments.
• Its seamless integration with existing systems allows for straightforward implementation, minimizing disruptions to clinical operations.
• Robust and reliable, this sensor contributes to improved patient safety and satisfaction by maintaining high standards of hygiene and quality in imaging practices.

Compatible Systems & Use Cases

The BARRIER BAG DETECTION SENSOR is specifically compatible with the DRYPRO 832 imaging system. It is particularly useful in scenarios where barrier bags are employed, such as in digital radiography and other imaging procedures that require contamination control.

Technical Specifications

Parameter	Value
Product ID	O17003-PS20
Brand	Konica Minolta
Part Number	PS20

Clinical and Service Value

Implementing the BARRIER BAG DETECTION SENSOR within the DRYPRO 832 system can significantly enhance clinical workflows. By automating the detection of barrier bags, healthcare providers can streamline their imaging processes, reducing the time spent on manual checks and allowing staff to focus on patient care. This efficiency can lead to improved throughput in busy radiology departments.

From a maintenance perspective, the sensor's design promotes longevity and reliability, ensuring minimal downtime and maintenance requirements. Regular monitoring and integration with the existing imaging system can provide valuable data on usage patterns, further enhancing operational efficiency. Ultimately, the BARRIER BAG DETECTION SENSOR supports a safer clinical environment, aligning with best practices in infection control and patient safety.

Additional notes

BARRIER BAG DETECTION SENSOR by Konica Minolta