The Rhonda player from Spindiag: a fast, intuitive and secure diagnostic solution
The Rhonda player developed by Spindiag is a compact instrument for the rapid and automated detection of pathogens for in vitro diagnostic purposes. It is the heart of the Rhonda system, a modular device based on disposable test discs (Rhonda disks) that contain all the reagents needed for analysis.
The Rhonda player is designed for use in both laboratories and at the point of care, particularly in hospitals. It can analyse one or two samples simultaneously thanks to its two disc slots. The analysis is based on a proven molecular biology technique: real-time PCR. Once the samples have been inserted into the discs, they are placed in the Rhonda player, which automatically performs all stages of the test, from sample processing to result evaluation.
The device is equipped with a high-definition screen, touch buttons and an integrated barcode reader for secure user and sample identification. The results are displayed at the end of each analysis in qualitative form (positive/negative) and can be transferred to a hospital information system (HIS/LIS) via dedicated interfaces. The built-in memory can store up to 1,000 test results.
From a security perspective, the Rhonda player incorporates several measures: mandatory user card identification, patient data locking, secure operation even in the presence of moderate electromagnetic fields, and human error limitation through a simple interface and guided on-screen messages. In the event of an interruption or the need for immediate shutdown, an "x" button allows a test in progress to be cancelled.
Easy to install and maintain, the Rhonda player can operate in stand-alone mode or be connected to the Rhonda tablet app via Bluetooth. It is compatible with a wide range of Rhonda discs targeting different infections, and its compact size makes it easy to integrate into a variety of environments.
The Rhonda player is a comprehensive, fast and reliable solution for decentralised molecular diagnostics, meeting today's requirements for speed, traceability and quality in the medical environment.
