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Atomic Emission Spectrophotometer LMAES-A100

Atomic Emission Spectrophotometer LMAES-A100 operates within wavelength range of 165 nm to 950 nm. It ensures reliable elemental analysis across various sample types. Equipped with advanced CCD detector technology which provides enhanced signal detection and resolution. Integrated with an intuitive touchscreen interface that simplifies operation and real-time data monitoring. Our Spectrophotometer is ideal for elemental analysis in environmental, pharmaceutical, and metallurgical industries.

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Specifications

Spectral Range 165 nm to 950 nm
Focal Length 400 mm
Grating Echelle Grating
Prism Ultra-pure SiO2 material
Stray Light Equivalent background concentration of 10000μg/ml Ca solution
Wavelength 189.042 nm
Stray Light Value < 2μg/mL
Element Detection Limit 1to 10 ppb
Number of Pixels 1024×1024
Pixel Area 24µm x 24µm
Stabilization Time
Oscillation Frequency 27.12 MHz
Electromagnetic Field Leakage Radiation Intensity
Torch Coil 3 turns
Torch Three concentric quartz torch
Atomizer Concentric or Parallel channel
Spray Chamber Cyclonic spray type
Peristaltic Pump 4 Channels, 12 rollers
Argon Gas Consumption 8 to 18 L/min
Cooling Gas Consumption 0.00 to 20 L/min
Auxiliary Gas Consumption 0 to 2 L/min
Carrier Gas Consumption 0 to 2 L/min
Accuracy 0.01 L/min
Solid Content 0.001 to 70 %
Liquid Content 0.01 to 1000 ppm
Repeatability RSD
Stability
Torch Outer Diameter 20mm
Atomizer Outer Diameter 6mm
Working Temperature 15 to 30℃
Working Humidity ≤70%
Atmospheric Pressure 86 to 106 kPa
Grating Size 100mm x 50mm
Power Consumption 700W to 1600W
Power Supply 220 ±22V AC, 50 ±1 Hz

Pricing

Product Price Unit Action
Atomic Emission Spectrophotometer LMAES-A100 $ 62250 Each of 1

Features

Automatic protection mechanisms

Flame monitoring system

RF reverse power alert

Fast sample injection

Advanced spectral analysis

Durable and reliable build

Standard Accessories

Accessory

Unit

ICP-6810-A2 Host

1

ICP Analysis Software

1

U Tray

1

Parvicostellae

1

Plastic Cask

1

Argon Pressure Relief Valve

2

30M PU Flexible Pipe

1

PU Flexible Pipe

5

PVC Clear Tube Hose 

1

Plug Power Cord 

1

Ground Copper Woven Wire

15

Brass Pipe

1

Filter Tank Filter Element

4

Torch Tube 

2

Double Cylinder Fog Chamber

1

Atomization Device

1

Capillary into the Sample Tube

0.5

Peristaltic Pump Head Hose

3

Tube Fuse

2

Tube Fuse

2

Conoid Fog Chamber Cover

1

4 M Silicone Tube

1

Hose Transfer Connector

4

Hose Transfer Connector

4

Ball Interface Clip

1

Type O Sealing Ring

1

Type O Sealing Ring

2

Quick Fitting

4

PTFE Tape

1

Ribbon  

30

Torch Pipe Tooling

1

High Frequency Coil Assembly

1

Main Engine

1

Indicator

1

Printer

1

Coolant Box

1

Stabilized Voltage Supply 

1

Installed Parts

1

Optional Accessories

Auto Sampler

Organic Injection System

Applications

Atomic Emission Spectrophotometer LMAES-A100 is employed for trace element analysis in wide range of fields including environmental protection, petroleum, metallurgy, and clinical medicine. It is ideal for analyzing samples such as geological materials, food, biological samples, and more.

Frequently Asked Questions

1 What is an Atomic Emission Spectrophotometer?

An Atomic Emission Spectrophotometer is an apparatus designed to measure the light emitted by excited atoms to identify and quantify elements in a sample.

2 How does Atomic Emission Spectrophotometer work?

It works by exciting atoms in a sample and measuring the light they emit at characteristic wavelengths.

3 How is Atomic Emission Spectrophotometer used in water quality testing?

It is used in water quality testing to detect trace metals like lead, arsenic, cadmium, and mercury by analyzing the emission spectra of the dissolved elements.

4 Can Atomic Emission Spectrophotometer be used in pharmaceutical analysis?

It is used in pharmaceutical analysis to ensure compliance with elemental impurity guidelines by quantifying metal content in raw materials and final products.

5 How does Atomic Emission Spectrophotometer support environmental monitoring?

It supports environmental monitoring by measuring metal pollutants in soil, air particulates, and industrial effluents, aiding regulatory compliance and pollution control.

6 How is Atomic Emission Spectrophotometer applied in food safety testing?

In food safety, it is used to detect toxic metals such as lead and mercury, ensuring that food products meet health and safety regulations.

7 How does Atomic Emission Spectrophotometer help in forensic science?

It helps forensic scientists analyze trace metals in evidence such as gunshot residue, soil samples, or unknown substances found at crime scenes.

8 Can Atomic Emission Spectrophotometer be used in clinical laboratories?

It is used in clinical laboratories to measure trace elements in biological fluids, such as blood and urine.

9 Can Atomic Emission Spectrophotometer be used in agriculture?

In agriculture, it is used to analyze soil and plant samples for nutrient content and metal contamination to guide fertilizer use and ensure crop safety.

10 How does Atomic Emission Spectrophotometer contribute to quality control in manufacturing?

It contributes to quality control by ensuring raw materials and finished products meet elemental specifications, in industries like semiconductors and specialty chemicals.