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AELABCX-9900M Mobile Metal Analyzer for On-Site Elemental Analysis

The AELAB CX-9900M Mobile Metal Analyzer performs rapid, on-site elemental analysis of metal materials using optical emission spectrometry. Designed for large or non-cuttable components, the CX-9900M analyzes non-metallic and metallic elements with high stability. Equipped with CCD/CMOS detection, HEPS digital spark light source, and ARM processing, the system delivers reliable results in demanding industrial and field environments.
Modles : CX Series Mobile Metal Analyzers
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The AELAB CX-9900M Mobile Metal Analyzer performs precise optical emission analysis for on-site testing of metal materials. Designed with advanced CCD/CMOS optical technology and modern microelectronic components, the CX-9900M provides reliable elemental quantification even for large components that are difficult to cut or transport.

The integrated design, lightweight structure, and modular transportation capability allow the AELAB CX-9900M Mobile Metal Analyzer to operate efficiently in outdoor, high-altitude, and industrial environments while maintaining stable analytical performance.

 

⚙️ Design & Construction

The CX-9900M Mobile Metal Analyzer adopts a Paschen–Runge optical structure with a 350 mm Rowland Circle diameter. Core optical components are sourced from global suppliers to ensure long-term optical stability. The system integrates a HEPS digital spark light source and robust mechanical housing optimized for mobility and durability.

 

🔬 Working Principle / Testing Method

The AELAB CX-9900M Mobile Metal Analyzer analyzes metal composition through spark optical emission spectrometry. During excitation, the HEPS digital spark light source generates stable plasma, exciting elemental atoms. Emitted spectra are captured by CCD/CMOS detectors, processed by an ARM processor, and quantified within approximately 20 seconds.

 

💡 Key Advantages

  • Analyzes metallic and non-metallic elements including C, P, S, B, Sn, and As
  • High spectral coverage from 170–650 nm for full elemental analysis
  • Stable HEPS digital spark discharge ensures consistent excitation
  • ARM processor enables high-speed data acquisition and processing
  • Modular design allows easy transportation and on-site deployment
  • Free software updates support curve extension and channel expansion

 

🔗 Connectivity & Integration

The CX-9900M Mobile Metal Analyzer supports digital data processing through embedded ARM architecture. Software allows curve extension, matrix addition, and data consistency management across different testing periods without hardware modification.

 

🧠 Model Insight

Model Variant Wavelength Range (nm) Detector Weight
CX-9900M Configuration A 170–650 CCD/CMOS 18.5 kg
CX-9900M Configuration B 170–650 CCD/CMOS Host 25 kg

 

🧪 Testing Applications

The AELAB CX-9900M Mobile Metal Analyzer is used in metallurgy, casting, machining, automobile manufacturing, process technology control, furnace testing, and laboratory inspection. It supports quality control, material verification, and production monitoring across industrial and analytical environments.

 

Compliance & Quality Assurance

The CX-9900M Mobile Metal Analyzer is designed for industrial quality assurance workflows, supporting repeatable testing, stable optical performance, and traceable calibration practices consistent with ISO, CE, and GLP-oriented laboratory operations.

 

Specifications :

TECHNICAL PARAMETER

 

Optical Structure

Pachen-Rounge Mount

Diameter of Rowland Circle

350mm

Wavelength Range

170nm-650nm

Detector

ccd/cmos(charge-coupled device)

Pixel Resolution

30pm

Full Spectrum

Cover the whole element analysis

Light Source

HEPS digital spark light source

Spark Frequency

100-1000Hz

Plasma Current

1-80 A

Ignition Voltage

>8000V

Analysis Matrix

Fe base, Al base, Cu base, Ni base. Mg

base, Pb base,Zn base,Co base,Ti base etc
Host dimension 31cm(L)*21cm(W)*48cm(H)
Host Weight 18.5kg
Runing Temperature 10°C-30°C
Relative humidity ≤85%
Power AC220V±10% , 50/60Hz
Power consumption Excitation: 300W, Stand by: 100W
Argon Quality 99.999%, Argon Pressure*4MPa
Argon Consumption 6L/min during spark mode

 

TECHNICAL PARAMETER

 

Optical Structure

Pachen-Rounge Mount

Diameter of Rowland Circle

350mm

Wavelength Range

170nm-650nm

Detector

ccd/cmos(charge-coupled device)

Pixel Resolution

30pm

Full Spectrum

Cover the whole element analysis

Light Source

HEPS digital spark light source

Spark Frequency

100-1000Hz

Plasma Current

1-80 A

Ignition Voltage

>8000V

Analysis Matrix

Fe base, Al base, Cu base, Ni base. Mg

base, Pb base

Host dimension

600mm(L)*345mm(W)*345mm(H)

Lorry dimension

1400mm(L)*640mm(W)*250mm(H)

Excitation gun dimension

400mm(L)*350mm(W)*150mm(H)

Weight

Host: 25kg, Lorry: 20kg. Excitation gun:

2.5kg

Runing Temperature

10°C-30°C

Relative humidity

≤85%

Power

AC220V±10% , 50/60Hz

Power consumption

Excitation: 300W, Stand by: 100W

Argon Quality

99.999%, Argon Pressure*4MPa

Argon Consumption

6L/min during spark mode

TECHNICAL PARAMETER

 

Optical Structure

Pachen-Rounge Mount

Diameter of Rowland Circle

350mm

Wavelength Range

170nm-650nm

Detector

ccd/cmos(charge-coupled device)

Pixel Resolution

30pm

Full Spectrum

Cover the whole element analysis

Light Source

HEPS digital spark light source

Spark Frequency

100-1000Hz

Plasma Current

1-80 A

Ignition Voltage

>8000V

Analysis Matrix

Fe base, Al base, Cu base, Ni base. Mg

base, Pb base,Zn base,Co base,Ti base etc
Host dimension 31cm(L)*21cm(W)*48cm(H)
Host Weight 18.5kg
Runing Temperature 10°C-30°C
Relative humidity ≤85%
Power AC220V±10% , 50/60Hz
Power consumption Excitation: 300W, Stand by: 100W
Argon Quality 99.999%, Argon Pressure*4MPa
Argon Consumption 6L/min during spark mode

 

TECHNICAL PARAMETER

 

Optical Structure

Pachen-Rounge Mount

Diameter of Rowland Circle

350mm

Wavelength Range

170nm-650nm

Detector

ccd/cmos(charge-coupled device)

Pixel Resolution

30pm

Full Spectrum

Cover the whole element analysis

Light Source

HEPS digital spark light source

Spark Frequency

100-1000Hz

Plasma Current

1-80 A

Ignition Voltage

>8000V

Analysis Matrix

Fe base, Al base, Cu base, Ni base. Mg

base, Pb base

Host dimension

600mm(L)*345mm(W)*345mm(H)

Lorry dimension

1400mm(L)*640mm(W)*250mm(H)

Excitation gun dimension

400mm(L)*350mm(W)*150mm(H)

Weight

Host: 25kg, Lorry: 20kg. Excitation gun:

2.5kg

Runing Temperature

10°C-30°C

Relative humidity

≤85%

Power

AC220V±10% , 50/60Hz

Power consumption

Excitation: 300W, Stand by: 100W

Argon Quality

99.999%, Argon Pressure*4MPa

Argon Consumption

6L/min during spark mode

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Frequently Asked Questions

1What materials can the CX-9900M analyze?
The CX-9900M analyzes Fe, Al, Cu, Ni, Mg, Pb, Zn, Co, Ti base alloys and related metal materials.
2Is the CX-9900M suitable for on-site testing?
Yes, it is designed for mobile, on-site elemental analysis of large or non-cuttable components.
3How long does one analysis take?
Approximately 20 seconds per measurement.
4What optical technology is used?
CCD/CMOS detectors with Paschen–Runge optical structure.
5What are the operating conditions?
Reliable operation at 10–30 °C and relative humidity ≤85%.

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