Flame Photometer

Description

The flame photometer refers to a clinical laboratory analytical instrument based on emission spectroscopy, used to determine the concentration of certain metal ions, including potassium(K), sodium(Na), lithium(Li), calcium(Ca), and barium(Ba).

The basic principle of the flame photometer is to use flame as the excitation light source and apply a photoelectric detection system to measure the radiation intensity emitted when the excited element returns from the excited state to the ground state. Judge the element type and content based on its characteristic spectrum and light wave intensity. It is mainly composed of a light source, a light-splitting system, and a detection system.

FP series flame photometer is a new photometer, which uses LPG burning gas as fuel. It has the advantages of small size, simple structure, convenient operation, stability, and reliability. The machine adopts a liquid crystal display, and keyboard operation, and can store up to 10 points of a standard curve and 200 sets of test data.

Features of Flame Photometer

• Push-button ignition, easy to operate. 7 inch color LCD capacitive screen, intuitive reading.
• Elements concentration reading function, automatic correlation coefficient calculation function ( not include FP640 ).
• 20 sets of standard curves and 20 sets of test data can be stored. Use LPG as gas.
• Gas flow is adjustable in direct reading. Gas leakage alarm, automatic gas cut-off function.
• Accidental flameout, automatic shutdown protection. Multiple language support.
• With USB communication port, can be directly connected to the computer, convenient data analysis.
• Optional built-in printer and professional data processing software.
• Detection range screen switching function (according to specific model).

Applications of Flame Photometer

Flame Photometer is widely used in agricultural fertilizer, soil analysis, cement analysis, analysis and determination of silicic acid industry; clinical laboratory, and pathological research of medical and health.

• Testing of building materials such as cement, glass, ceramics, and refractory materials.
• Testing of fertilizer and soil.
• Testing of mining, petroleum, metallurgical and chemical products.
• Testing of foods such as pharmaceuticals and beverages.
• Testing of municipal solid waste.
• Tests for various experiments in scientific research, health, teaching, and other fields.