Description
The Electrolyte Analyzer is an advanced device featuring an interactive human-machine menu that allows for dynamic and real-time visualization of sample identifiers. This device includes automatic liquid level detection, alarms, and real-time system diagnostics, ensuring optimal operation. It also has filtration technology that detects and removes small bubbles, preventing clogs and guaranteeing precise measurements.
Its flushing method, based on wave theory and direct pipe flushing, effectively prevents cross-contamination. Automatic calibration and two-point correction, along with the printing of quality control charts and statistical parameters, make this analyzer an indispensable tool in any laboratory. Additionally, its power failure protection prevents data loss, and its compatibility with LIS software and various data upload formats makes it adaptable to different hospital environments.
Market Price
In today’s market, the price of the Electrolyte Analyzer varies depending on the model and specific features. Generally, these devices range between $5,000 and $15,000 USD. Investing in a high-precision analyzer like this ensures reliable results and greater efficiency in the laboratory.
Frequently Asked Questions
- What types of samples can the device analyze?
- The Electrolyte Analyzer can handle serum, plasma, whole blood, and diluted urine, providing versatility in its use.
- What is the device’s storage capacity?
- The device can store up to 10,000 test results, facilitating data management and tracking.
- What type of printer does it include?
- The analyzer is equipped with an internal thermal printer, ideal for quick and efficient results printing.
Advantages and Disadvantages
Advantages:
- Automatic calibration and two-point correction.
- Detection and elimination of bubbles to prevent clogs.
- Power failure protection.
- Compatibility with LIS software and various data upload formats.
Disadvantages:
- The initial cost can be high.
- Regular maintenance is required to ensure optimal performance.
Field Use
The Electrolyte Analyzer is widely used in hospitals and laboratories for the precise measurement of ions such as K, Na, Cl, among others. Its ability to handle different sample types and its rapid measurement speed, less than 30 seconds, make it ideal for emergency situations and quick diagnostics. Additionally, its intuitive interface facilitates use by medical staff, improving operational efficiency.
Recommendations
To maximize the use of the Electrolyte Analyzer, it is crucial to follow the manufacturer’s maintenance recommendations, including regular calibration and cleaning of the electrodes with appropriate solutions. It is also recommended to store the device in a temperature-controlled and low-humidity environment to prolong its lifespan.
With all these features and benefits, the Electrolyte Analyzer stands out as an ideal option to improve precision and efficiency in the laboratory. Request a quote now or generate an automatic quote through the Kalstein Plus platform and discover how this device can transform your medical practice.
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) |
