Flame Photometer LMFM-A103

Flame Photometer LMFM-A103 has response time of 8 seconds. It features digital display and an automatic ignition system. Equipped with stable flame control mechanism for consistent performance. It supports simultaneous detection of multiple elements. Our Flame photometer is ideal for chemical analysis in laboratories and research facilities.

Catalog Manual

Specifications

Test Element	K, Na, Ca, Li
Channel Quantity	4
Test Range	K: 0.15 to 100 ppm, Na: 0.18 to 100 ppm, Li: 0.1 to 30 ppm, Ca: 0.1 to 1000 ppm
Limit Of Detection	K: less than or equal to 0.158 ppm, Na: less than or equal to 0.184 ppm, Li: less than or equal to 0.1032 ppm, Ca: less than or equal to 2 ppm
Linear 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 0.1449 ppm, Ca: less than or equal to 3 ppm
Response Time	8s
Sample Uptake	Less than 6 mL/min
Stability	3%(15s), 15%(6 min)
Reproducibility	2%
Air Compressor	External
Printer	Optional built-in thermal printer
Communication	USB
Fuel	LPG
Power Supply	AC 220V ±10%, 50Hz ±1Hz
Dimension	570 × 560 × 400 mm
Weight	18 Kg

Pricing

Product	Price	Unit	Action
Flame Photometer LMFM-A103	$3,120.00	Each of 1

Features

Automatic gas on/off

Optical Lens System

7-inch color touchscreen

Built-in thermal printer

Optional Accessories

Software

Printer

Atomizer

Applications

Flame Photometer LMFM-A103 is employed in clinical labs, research facilities, and chemical industries for analysis of sodium, potassium, and lithium. It is suitable for soil testing, food safety, and pharmaceutical quality control.

Flame Photometer LMFM- A100

Elements Detected: K, Na
Sample Uptake: < 6mL/ min
Response Time: < 8 s
Dimension: 400 × 250 × 500 mm
Repeatability: < 3% coefficient of variation for 7 consecutive samples

Flame Photometer LMFM-A101

Test Element: K, Na, Li
Channel Quantity: 3
Test Range: K: 0.15 to 100 ppm, Na: 0.18 to 100 ppm, Li: 0.1 to 30 ppm
Limit Of Detection: K: less than or equal to 0.158 ppm, Na: less than or equal to 0.184 ppm, Li: less than or equal to 0.1035 ppm
Linear 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 0.1449 ppm

Flame Photometer LMFM-A104

Test Element: K, Na, Ca, Li, Ba
Channel Quantity: 5
Test Range: K: 0.15 to 100 ppm, Na: 0.18 to 100 ppm, Li: 0.1 to 30 ppm, Ca: 0.1 to 1000 ppm, Ba: 0.1 to 300 ppm
Limit Of Detection: K: less than or equal to 0.158 ppm, Na: less than or equal to 0.184 ppm, Li: less than or equal to 0.1032 ppm, Ca: less than or equal to 2 ppm, Ba: less than or equal to 6.028
Linear 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 0.1449 ppm, Ba: less than or equal to 9.402, Ca: less than or equal to 3 ppm

Flame Photometer LMFM-A102

Test Element: K, Na, Ca
Channel Quantity: 3
Test Range: K: 0.15 to 100 ppm, Na: 0.18 to 100 ppm, Ca: 0.1 to 1000 ppm
Limit Of Detection: K: less than or equal to 0.158 ppm, Na: less than or equal to 0.184 ppm, Ca: less than or equal to 2 ppm
Linear Error: K: less than or equal to 0.195 ppm, Na: less than or equal to 0.69 ppm, Ca: less than or equal to 3 ppm

Frequently Asked Questions

What is a Flame Photometer?

A Flame Photometer is an apparatus designed to measure the intensity of light emitted by excited atoms or ions in a flame.

What is the role of flame temperature in Flame Photometer?

The flame temperature is crucial in determining the excitation of the metal ions.

Is Flame Photometer suitable for high-throughput testing?

It provides quick and reliable results therefore is suitable for high-throughput testing.

Can Flame Photometer be used for environmental monitoring?

It is used to measure metal ions such as sodium and potassium in water, soil and air samples.

How is Calibration done in Flame Photometer?

It is done by preparing a series of standard solutions with known concentrations of the metal ion being analyzed.

Is Flame Photometer used in pharmaceutical analysis?

It is used in pharma industry to measure the levels of metals in drug formulations.