Mispa Lyte Plus is a compact electrolyte analyzer engineered for quick and precise electrolyte testing across diverse clinical environments. Utilizing ion-selective electrode (ISE) technology, it accurately measures essential electrolytes such as sodium, potassium, chloride, and calcium, delivering results in just 45 seconds. Key features include a 7-inch touchscreen display, an integrated printer, and compatibility with LIS networking, all aimed at improving user experience and operational efficiency.

Mispa Lyte Plus – Compact Electrolyte Analyzer for Fast, Accurate Testing

The Mispa Lyte Plus is a compact electrolyte analyzer designed for fast and accurate electrolyte testing in healthcare settings with varying workloads. Thanks to advanced Ion-Selective Electrode (ISE) technology, this analyzer delivers precise measurements of critical electrolytes including sodium, potassium, chloride, and calcium—with results available in as little as 45 seconds.

Whether you're working in a large hospital or a small clinic, Mispa Lyte Plus offers the speed, portability, and accuracy needed to support timely clinical decisions.

At the core of the Mispa Lyte Plus is cutting-edge ion-selective electrode technology. This ensures highly accurate electrolyte measurement, essential for diagnosing and managing a wide range of conditions.

The analyzer supports multiple sample types including plasma, serum, whole blood, urine, and cerebrospinal fluid (CSF), allowing flexible use across various departments and testing needs.

Its compact and lightweight form factor makes Mispa Lyte Plus ideal for point-of-care testing and easy relocation across departments—maximizing operational flexibility.

With results delivered in under 45 seconds, clinicians can make faster decisions in time-sensitive environments such as emergency rooms and intensive care units.

The 7-inch high-sensitivity touchscreen offers simple navigation, clear visuals, and an efficient workflow that reduces training time and operator error.

The system can store up to 5000 test results, and features built-in printing capabilities as well as seamless LIS connectivity for smooth integration into hospital systems.

All-in-one, easy-load reagent packs simplify daily operation while minimizing the risk of contamination and reducing handling errors.

Quality control monitoring tools are built into the system, helping ensure consistent accuracy and compliance with laboratory standards.

With its rapid analysis and reliable performance, Mispa Lyte Plus helps streamline workflow and increase productivity in busy clinical environments.

From large hospital labs to rural clinics, this analyzer’s compact size and durability make it suitable for use in diverse healthcare scenarios.

The ISE technology behind Mispa Lyte Plus guarantees highly dependable results, giving clinicians confidence when diagnosing and treating patients.

Reduced reagent consumption and easy maintenance translate to lower operating costs—making it an economical choice for facilities with high testing volumes.

Thanks to its intuitive design and integrated systems, daily use and routine maintenance are simplified, allowing staff to focus more on patient care.

Why Choose Mispa Lyte Plus?

In an environment where accuracy, speed, and reliability are paramount, Mispa Lyte Plus stands out as a smart, scalable solution for electrolyte testing. Its blend of innovative features, user-centric design, and clinical-grade accuracy makes it a valuable asset to any healthcare setting.

Whether you’re upgrading an existing lab or setting up a point-of-care system, the Mispa Lyte Plus delivers big performance in a small footprint.

Ion-selective electrode technology is applied to analyze specific ions within a solution, such as sodium, potassium, or chloride, using an electrolyte analyzer. It is based on the application of special electrodes that only react to specific ions, which produce an electric signal that is translated by the analyzer into a concentration result. It is rapid, accurate, and is commonly applied within clinical laboratories for monitoring blood and other fluids' electrolyte balance.