Flame Photometer LFP-T2011

Introduction

Flame Photometer uses a dual-channel system to test potassium (K) and sodium (Na). It automatically calculates the correlation coefficient for accurate results and allows pre-selection of flame sizes for consistent testing. With support for different concentration units, our flames photometer offers flexible analysis and is widely used across clinical labs, pathology, research, agriculture, mining, petroleum, chemical, pharmaceutical, and beverage industries.

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

Flame Photometer is widely used in clinical labs, pathology, research, agriculture, mining, petroleum, chemical, pharmaceutical, and beverage industries.

Specifications

Testing Elements	K, Na
No of Channels	2
Display Value	Concentration value
Data Range	000.0 to 999.9
Range	K - 0 to 100 ppm, Na - 0 to 160 ppm
	K - 0.01 ppm, Na - 0.01 ppm
Linear Error	K - 0.195, Na - 0.69
Display	7-inch colour touch screen
Response time	time <8s
Sample uptake	< 3 ml/min
Stability	<3% drift over 15s during continuous aspiration
Reproducibility	<3% coefficient of variation for 7 consecutive samples
Fuel
Interface
Power supply	AC 220 V±22 V 50 Hz±1 Hz, 250 W
Packaging Dimension	570 × 530 × 400 mm
Net Weight	15 Kg
Gross Weight	18 Kg

Features

7-inch color touch screen

Flame-out protection

Air compressor

interface

User-friendly operation

FAQs

1. What is a It Flame Photometer and how does it work?

A It Flame Photometer is a scientific instrument used to measure the concentration of certain metal ions, especially potassium (K) and sodium (Na), in a sample. It works by introducing a sample into a flame, which excites the metal ions. These excited ions emit light at specific wavelengths, and the photometer detects and measures the intensity of that light. The stronger the light emitted, the higher the concentration of the ion in the sample. It flame photometers are designed to provide quick and accurate results, making them essential in clinical, agricultural, and industrial laboratories.

2. What are the main features that make It Flame Photometers user-friendly?

It Flame Photometers are built with ease of use in mind. They typically come with a large color touch screen that clearly displays readings and allows users to navigate settings easily. Many models include automatic functions such as flame-out protection and built-in air compressors, which enhance safety and reduce setup time. They also support interfaces for data transfer and storage, making it simple for labs to manage test records. With fast response times and low sample volume requirements, It instruments help users save time and resources.

3. In which industries are It Flame Photometers most commonly used and why?

It Flame Photometers are widely used across a variety of industries due to their precision and versatility. In clinical laboratories and pathology labs, they are used to test blood and other biological samples for essential elements like sodium and potassium. In agriculture, they help in analyzing soil and plant materials. Industries such as mining and petroleum rely on them for checking mineral contents. Additionally, they are useful in the pharmaceutical, chemical, and beverage industries to ensure product quality and safety. The wide range of supported concentration units and consistent performance make It photometers suitable for such diverse applications.

4. How does It ensure accuracy and reliability in its flame photometers?

It ensures accuracy through features such as automatic calculation of correlation coefficients and the ability to pre-select flame sizes for consistent testing conditions. Their instruments typically have a low limit of detection (), which allows precise measurement even at very small concentrations. Stability is maintained with minimal drift during continuous testing, and reproducibility is ensured with low variation between multiple tests. It also includes quality components like built-in air compressors and safe power supplies to support reliable performance in long-term lab use.

5. What makes It Flame Photometers a good choice for modern laboratories?

Modern laboratories look for instruments that combine accuracy, speed, ease of use, and safety — and It Flame Photometers deliver on all these fronts. With compact designs and essential safety features like flame-out protection, they are ideal for busy lab environments. The ability to process multiple elements, handle different sample types, and work with various concentration units adds flexibility. Additionally, connectivity supports digital record-keeping and data sharing. These advantages, along with reliable performance and wide application, make It a trusted brand for flame photometry.