Flame Photometer LFP-T2015

Introduction

Flame Photometer comes with a compact 2-channel configuration for potassium and sodium detection in routine applications. It detects potassium and sodium within a range of 0 to 100 ppm and 0 to 160 ppm, respectively. The detection limit reaches ≤0.004 mmol/L for potassium and ≤0.008 mmol/L for sodium. A built-in printer and output simplify data access and result management. Ideal for clinical, environmental, and academic labs conducting fast and consistent ion analysis.

This analytical equipment is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Our Flame Photometer is ideal for detecting potassium and sodium in agricultural testing, food laboratories, and academic research labs. It ensures stable flame readings and reliable low-concentration ion measurement for routine lab workflows.

Specifications

Testing Elements	K, Na
Channels	2
Display Value	Concentration value / Energy
Measuring Range	K: 0 to 100, Na: 0 to 160 ppm
Detection Limit	K: less than or equal to 0.004, Na: less than or equal to 0.008 mmol/L
Linearity Error	K: less than or equal to 0.005, Na: less than or equal to 0.03 mmol/L
Display	7-inch capacitive touchscreen
Response Time	less than 8 s
Aspiration Rate	less than 6 ml/min
Stability	less than or equal to 3% drift within 15 s
Reproducibility	less than or equal to 3%
Calibration Curve	Yes
Printer	Yes
Fuel Supply
Output	port
Power Supply	AC 220V/50Hz or AC 110V/60Hz
Dimensions	710×380×520mm
Net Weight	20 kg

Features

Dual-element detection

Automatic sample correlation calculation

Fast results with low drift

Compact -based operation

Touch screen control with calibration

Corrosion-resistant body design

Integrated high-performance aspirator

FAQs

1. How does the Flame Photometer ensure consistent and accurate readings?

The Flame Photometer maintains reading accuracy through its built-in calibration curve and low-drift system. It delivers reliable performance even during repeated testing. A stable flame and regulated aspiration rate contribute to reproducible outcomes. design ensures minimal deviation and high consistency for daily lab operations.

2. Is the Flame Photometer suitable for high-throughput environments?

Flame Photometer supports rapid ion detection, making it suitable for labs processing multiple samples per day. The quick response time and dual-channel setup improve efficiency in busy workflows. Its intuitive interface reduces operator time and simplifies data review. The system supports both clinical diagnostics and routine lab testing.

3. How easy is it to operate and maintain the Flame Photometer?

The Flame Photometer features a user-friendly touchscreen with guided navigation for setup and operation. Daily use is simplified through automated calibration and a built-in printer. Routine maintenance involves cleaning the burner and checking fluid lines. design ensures smooth functioning with minimal technical intervention.

4. Can data be exported from the Flame Photometer?

Yes, the Flame Photometer includes a output for transferring data to external systems. Users can also print results instantly using the built-in printer. This makes documentation and result sharing fast and reliable. device supports efficient digital workflows in labs that require consistent data archiving.

5. How does the Flame Photometer support quality control in testing?

Flame Photometer uses internal calibration and stable signal output to support consistent results. It enables validation before each run to meet quality standards. The system maintains performance even under high sample loads. This helps labs ensure traceable, reliable measurements across various sample types.

6. What elements can the Flame Photometer detect and how is it used in labs?

The Flame Photometer detects sodium and potassium ions through flame emission. It is commonly used in clinical, agricultural, and water testing labs for measuring electrolyte concentration in liquid samples. The system supports dual-element analysis, helping users save time during routine measurements. instrument is ideal for applications requiring quick and reliable elemental quantification.