Description
The Electrolyte Analyzer is an advanced tool designed to provide accurate and rapid results in measuring electrolytes in various samples, including serum, plasma, whole blood, and diluted urine. This device features a human-machine interactive menu that allows dynamic and real-time visualization of sample identifiers. Additionally, its automatic liquid level detection and alarms, along with real-time diagnostics, ensure reliable performance. The efficient detection and filtering of small bubbles prevent clogs, thereby guaranteeing precise measurements. The wave theory flushing method and direct pipe flushing reduce the risk of clogs and cross-contamination.
Notable features include automatic calibration and two-point correction, quality control graph printing, and statistical parameter outputs. The power failure protection prevents data loss. The analyzer supports fuzzy queries, LIS software, and selectable data loading formats, and it can manage the RTC clock, allowing it to be turned off at any time to reduce reagent consumption. All these features make it ideal for use in various hospitals.
Market Price
The price of the Electrolyte Analyzer varies depending on the model and specific features. On the market, the price range for these devices can fluctuate between $5,000 and $15,000 USD, depending on the additional functions and accessories included. It is important to consider the investment based on the specific needs of your laboratory or clinic.
Frequently Asked Questions
- What types of samples can this device analyze?
- This analyzer can handle serum, plasma, whole blood, and diluted urine.
- What is the measurement speed of the analyzer?
- The device can complete a measurement in less than 30 seconds.
- How is the device calibrated?
- The analyzer performs automatic calibration and two-point correction to ensure measurement accuracy.
Advantages and Disadvantages
Advantages:
- High precision and speed in measurements.
- User-friendly interface with real-time visualization.
- Bubble detection and filtering system that prevents clogs.
- Automatic calibration and two-point correction.
- Storage capacity of up to 10,000 test results.
Disadvantages:
- Requires a constant supply of specific reagents.
- Can be expensive compared to less advanced analyzers.
- Needs regular maintenance to ensure optimal performance.
Field Use
In clinical practice, the Electrolyte Analyzer is used to monitor and evaluate the electrolyte balance of patients accurately and quickly. This device is essential in emergency departments, intensive care units, and clinical laboratories where a rapid response is needed for diagnosis and treatment. Its capability to handle different types of samples makes it versatile and suitable for various medical applications.
Recommendations
To maximize the use of the Electrolyte Analyzer, it is recommended to perform regular maintenance of the equipment and follow the manufacturer’s instructions for reagent management and calibration. Additionally, training staff on the proper use of the device is crucial to ensure precise and reliable results. Keeping a detailed record of tests and calibrations performed will help ensure ongoing quality of the analysis.
We invite interested users to request a quote or generate an automatic quote through our Kalstein Plus platform. This will allow them to get a detailed analysis of costs and benefits, facilitating informed decision-making. Take this opportunity to equip your laboratory with the best equipment available on the market.
Technical specifications
Model | YR06407 | YR06408 | YR06409 | YR06410 | YR06411 |
Sample | serum, plasma, whole blood and dilute urine | ||||
Storage | up to 10000 test results | ||||
Printer | Internal thermal printer | ||||
Interface | RS232 port | ||||
Analysis Method | ion selective electrode (ISE) | ||||
Measuring speed | <30s | ||||
Sample position | 39 positions (including 5 emergency and 4 functional positions) | ||||
Temperature | 5-40°C | ||||
Relative Humidity | <80% | ||||
Atmospheric pressure | 86~106 kPa | ||||
Power supply | AC220V±22V, 50Hz±1Hz | ||||
Power | <120W | ||||
Test Parameters | K Na Cl | K Na Cl TCO AG | K Na Cl iCa nCa TCa pH | K Na Cl iCa nCa TCa pH TCO AG | K Na Cl Li |
Model | YR06412 | YR06413 | YR06414 | YR06415 | YR06416 | YR06417 |
Sample | serum, plasma, whole blood and dilute urine | |||||
Storage | up to 10000 test results | |||||
Printer | Internal thermal printer | |||||
Interface | RS232 port | |||||
Analysis Method | ion selective electrode (ISE) | |||||
Measuring speed | <30s | |||||
Sample position | 39 positions (including 5 emergency and 4 functional positions) | |||||
Temperature | 5-40°C | |||||
Relative Humidity | <80% | |||||
Atmospheric pressure | 86~106 kPa | |||||
Power supply | AC220V±22V, 50Hz±1Hz | |||||
Power | <120W | |||||
Test Parameters | K Na Cl iCa nCa TCa pH Li | K Na Cl iCa nCa TCa pH Li TCO AG | K Na Cl iCa nCa TCa pH Mg | K Na Cl iCa nCa TCa pH Mg TCO AG | K Na Cl iCa nCa TCa pH Mg Li TCO AG |
K Na Cl iCa nCa TCa pH Mg Li
|
Accessories
Model | Description |
YRA264 | K Electrode |
YRA265 | K Electrode |
YRA266 | Cl Electrode |
YRA267 | Ca Electrode |
YRA268 | pH Electrode |
YRA269 | Li Electrode |
YRA270 | Mg Electrode |
YRA271 | Ref. Electrode |
YRA272 | Reagent Pack Calibration A 430ml; Calibration B 110ml; ( For Model H900 only) |
YRA273 | Reference Electrode Internal Solution – 10ml |
YRA274 | Electrode Internal
Solution – 3ml |
YRA275 | Activating Solution – 110ml |
YRA276 | QC Solution Level 2
(Water-based) – 110ml |
YRA277 | Cleaning Solution – 110ml |
YRA278 | Electrode Wash Solution (Protein Enzyme) -125mg (25mg/bottle x5) |
YRA278-1 | Electrode Wash Solution (Diluent) – 5ml ( 1 bottle) |