Electrolyte Analyzer YR06391// YR06395

The Electrolyte Analyzer YR06391 // YR06395 is a cutting-edge device engineered to deliver fast and accurate results in measuring electrolytes across various sample types, including serum, plasma, whole blood, and diluted urine. Featuring a user-friendly 7-inch color touchscreen, this analyzer streamlines interaction for a simple and intuitive operation. It offers low operational costs, making it a cost-effective choice due to its affordable consumables compared to imported alternatives. This advanced analyzer can assess up to six elements and nine parameters in a single sample, allowing for comprehensive analysis in one seamless step. Its sophisticated ion-selective electrode (ISE) technology ensures precise results, complete with automatic bubble filtration to prevent clogs and automatic potential tracking correction for enhanced instrument stability. Moreover, it comes equipped with power failure protection and can automatically store a remarkable 10,000 test results, offering reliability and convenience for users.

Market Price

The Electrolyte Analyzer YR06391 // YR06395 is priced in a range designed to reflect its advanced technological capabilities and integrated services. The market price typically ranges from $4500 to $5400 USD, providing significant value for a device packed with such prominent features. For those interested in a personalized and competitive quote, we encourage you to generate an automatic price estimate with our Kalstein Plus platform, where you can also explore financing options tailored to your specific needs.

Frequently Asked Questions

• What types of samples can the YR06391 // YR06395 analyze?

The Electrolyte Analyzer is capable of analyzing serum, plasma, whole blood, and diluted urine.

• What is the measurement speed of the YR06391 // YR06395?

The device accomplishes measurements at a speed of less than 40 seconds per sample.

• How many test results can the analyzer store?

The analyzer has the capacity to store up to 10,000 test results.

Advantages and Disadvantages

Advantages:

• High Precision: Effective bubble detection and filtration prevent blockages, ensuring accurate measurements.
• Speed: Offers fast measurement speed of less than 40 seconds.
• Storage Capacity: Able to store a substantial 10,000 test results.
• Energy Efficiency: Features power failure protection and a shutdown mechanism to conserve reagent use.

Disadvantages:

• Initial Cost: Initial investment may be considerable for certain establishments.
• Dependence on Specific Consumables: Necessitates specific solutions and reagents for optimal functioning.

Product Use in the Field

The Electrolyte Analyzer YR06391 // YR06395 is predominantly utilized in hospital environments and clinical laboratories for the rapid and precise assessment of electrolytes in biological samples. Its rapid measurement capabilities and automatic liquid level detection make it an invaluable tool in high-demand settings. Furthermore, its real-time diagnostic capabilities and intuitive interface simplify operation and maintenance, ensuring consistent and reliable performance.

Recommendations

To enhance the performance of the Electrolyte Analyzer YR06391 // YR06395, routine maintenance is advised, adhering to manufacturer specifications for reagent use and calibrations. Assure the operating environment meets recommended temperature and humidity levels for accurate results. Additionally, train staff adequately to leverage all device functionalities and maintain quality analysis. For further information and to request a personalized quote, visit our Kalstein Plus platform to access competitive pricing and financing options. Elevate your laboratory's efficiency and precision with YR06391 // YR06395.

Technical Specifications

Model	YR06391	YR06392	YR06393	YR06394	YR06395
Analysis method	Ion selective electrode(ISE)
Sample type	Serum, plasma, whole blood and dilute urine
Measurement item	K、Na、Cl、Ca、pH、Li、Mg
Measuring speed	≤40s
Test Parameters	Na, K, Cl	Na, K, Cl, Ca, pH	Na, K, Li	Na, K, Cl, Li	Na, K, Cl, Ca, pH, Li