Roche Electrolyte Analyzer Sample Sensor 9180 Pack of 1 Unit

Description The Roche 9180 Electrolyte Analyzer is a versatile solution designed for precise and flexible electrolyte measurement in laboratories and hospital Point of Care (POC) units. With the capability to analyze electrolytes from various sample types such as whole blood, serum, plasma, urine, dialysate, and aqueous standards, this analyzer is essential for accurate and efficient patient diagnostics. The microprocessor-based system ensures ease of use, while the rapid sample processing streamlines lab operations, making it ideal for busy environments. It offers a broad selection of ion-selective electrodes, ensuring reliable performance across a wide range of clinical applications.

Key Features

• Maintenance-Free Electrodes: The analyzer is equipped with ion-selective, maintenance-free electrodes for Na+, K+, Cl-, Ca++, and Li+ measurements, ensuring accurate results with minimal downtime.
• Easy Operation: The intuitive design and microprocessor-based technology allow seamless operation with minimal training, making it accessible for all lab technicians.
• Quick Calibration and Analyte Change: Fully automatic calibrations and quick analyte selection enable users to switch between electrolyte panels efficiently, meeting diverse diagnostic needs.
• Rapid Sample Processing: In under one minute, the analyzer processes samples and delivers reliable results, ready to handle the next case immediately.

Benefits

• Improved Workflow Efficiency: The fast sample processing time enhances productivity, reducing wait times and increasing throughput in high-demand settings.
• Versatile Sample Compatibility: Capable of handling multiple sample types (whole blood, serum, plasma, etc.), making it adaptable for various diagnostic scenarios.
• Customizable Electrolyte Testing: Selectable electrolyte parameters offer tailored testing based on the laboratory's or POC unit’s requirements, enabling targeted diagnostics.
• Minimal Maintenance: Maintenance-free electrodes reduce operational complexity and maintenance costs, ensuring consistent analyzer performance with less downtime.