EziLab's Flame Photometer EZL-FP144 measures potassium, sodium, and lithium across three channels with an 8-second response time and sample uptake of 3 ml per minute, holding drift under 3% at 15 seconds and under 15% over 16 minutes for stable session-to-session readings. A built-in air compressor, automatic ignition, and LPG-fueled flame keep operation self-contained, while an optional thermal printer, USB connectivity, and multilingual interface support routine reporting across different lab teams. At 18 kg and a compact footprint, the unit fits benches where space is limited. As agricultural testing equipment built for soil and plant extract analysis, this unit also functions as a sodium analyzer for irrigation water and fertilizer quality checks. Clinical laboratories rely on it for routine potassium and sodium panels plus lithium therapy monitoring in psychiatric patients, while food testing labs use the same electrolyte panel test workflow to check mineral content in processed foods. Agricultural extension labs and fertilizer makers apply flame photometry to soil nutrient profiling ahead of crop recommendations. Contract testing labs serving clinical and agricultural clients keep one flame photometer on hand to cover electrolyte and soil testing needs. See the Flame Photometers and Flame Photometer pages for further specifications and ordering details.
| Testing Elements | K, Na, Li |
|---|---|
| Channels | 3 |
| Test Range |
K:0.15 to 100 ppm Na: 0.18 to 100 ppm Li: 0.1 to 30 ppm |
| LOD |
K: Less than or equal to 0.156 ppm Na: Less than or equal to 0.184ppm Li: Less than or equal to 0.1035ppm |
| Linearity Error |
K: less than or equal to 0.195 ppm Na: less than or equal to 0.69 ppm Li: less than or equal to 0.1499 ppm |
| Response Time | 8 s |
| Sample Uptake | 3ml/min |
| Stability | less than or equal to 3% drift within 15 s, less than equal to 15 % drift within 16 minutes |
| Reproducibility | less than or equal to 2% |
| Printer | Optional built in thermal printer |
| COM | USB |
| Fuel | LPG |
| Power | AC 220V/50Hz or AC 110V/60Hz |
| Package | 570 × 530 × 400 mm |
| Net Weight | 18Kg |
Built-in Air Compressor
Stable Flame Operation
Compact Durable Design
Fast Response Time
Multilingual Interface Support
LPG Reducing Valve | 1 piece |
Stainless steel bellows for LPG | 1 piece |
Silica gel tubing for waste liquid | 1 piece |
PU tubing for air | 1 piece |
Air Compressor | 1 piece |
1. | Built in thermal Printer |
2. | Software |
Flame Photometer EZL-FP144 is widely used for measuring sodium, potassium and Lithium in clinical, agricultural, and food testing. It provides accurate results, making it valuable for both research and routine quality control application.
The Flame Photometer EZL-FP144 is widely used to measure sodium, potassium, calcium, and lithium concentrations in liquid samples. These measurements are essential in clinical laboratories for monitoring patient electrolyte balance. In agriculture, the instrument helps analyze soil and fertilizer content, ensuring better crop management. It is also valuable in food and beverage industries for nutritional quality checks and mineral content testing. It provides reliable performance across multiple laboratory fields, making it a versatile tool for research and routine analysis.
Our Flame Photometer EZL-FP144 is designed with user-friendly features that simplify operation. Its clear touch screen interface allows direct concentration display, making results easy to read. The automatic ignition system and built-in air compressor reduce setup time, ensuring smooth daily workflows. Our system requires minimal training, allowing both new and experienced users to generate accurate results quickly. This ease of use makes it highly suitable for teaching labs, clinical settings, and high-volume testing environments.
Ezilab’s Flame Photometer EZL-FP144 is engineered to deliver reproducible results, with stability designed for both short and extended testing sessions. By supporting calibration curve storage and efficient data handling, it ensures consistent performance across different runs. This reliability is particularly critical in clinical diagnostics, where even small variations in readings can affect treatment decisions. The system’s stable flame generation also improves measurement accuracy across a wide concentration range.
The Flame Photometer EZL-FP144 is designed for durability with only minimal maintenance requirements. Regular cleaning of the nebulizer and aspiration system helps prevent clogs and ensures accurate results. Gas connections and flame stability should be checked routinely to maintain safe operation. Our recommendation is to store the instrument in a clean, ventilated area, away from dust and moisture. With these simple practices, laboratories can extend the lifespan and ensure consistent performance.
The Flame Photometer EZL-FP144 offers USB connectivity, optional printer support, and multilingual operation for smooth data handling. These features make it easier to transfer, store, and share results across laboratory systems. Our instrument also allows storage of calibration curves and test data, reducing the need for repeated setup. By simplifying record-keeping and reporting, it helps laboratories improve productivity and maintain compliance with documentation standards. This makes it an efficient solution for modern laboratory workflows.
