Handheld LIBS Laser Carbon Analyzer

The handheld LIBS laser carbon analyzer is an advanced spectral analysis device integrated with laser-induced breakdown technology and spectral analysis methods. In addition to being lightweight and portable, it is easy to use. It features fast analysis speed, no need for sample preparation, low destructiveness, small spot detection area, and simultaneous online detection of multiple elements. It enables accurate grade identification of metal materials and quantitative elemental analysis, and is particularly suitable for the detection of light elements such as magnesium, aluminum, and silicon.

The handheld LIBS laser carbon analyzer offers a practical and efficient elemental analysis solution for metal materials, metallurgical smelting, and other industries, providing users with a reliable tool for accurate and real-time sample analysis in complex environments.

Advantages

One second detection

One-button operation, flexible and effective detection in one second, results displayed in 3 seconds.

High detection sensitivity and signal-to-noise ratio

Argon gas effectively removes O₂ and N₂ in the air, reducing molecular spectral line interference (such as CN and NO) in the plasma, thereby making carbon characteristic spectral lines clearer.

Light element detection

Compared to XRF technology, LIBS technology has excellent light element detection capabilities and can easily detect elements such as C, Be, B, Li, etc.

Minor ablation injury

Micro-damaged ablation damage is very small on the sample target surface and is almost invisible to the naked eye.

Low detection limit

High-resolution hardware features and patented assembly algorithms provide the device with higher accuracy and lower detection limits. In most routine applications, LIBS technology offers a wide detection limit range from ppm to percentage levels to meet various analytical needs.

security lasers

It uses high-energy impact-resistant (3D) laser technology. It poses no danger to the human body. Additionally, the device is equipped with a sensor laser safety interlock to help reduce the risk of intentional laser exposure.

Equipment maintenance

The device features an innovative design that enables operation with low energy consumption, reduces maintenance and operational workloads, and performs better than similar products in the industry. It provides fast customer service and technical support to ensure immediate resolution of user issues.

Portable and lightweight

The entire machine weighs only 1.65 kg, is compact in size, meets ergonomic requirements, has a powerful battery life, and can meet the testing needs of field applications.

Areas of Use

Aviation and Space

Car Manufacturer

Waste recycling

Steel Smelting

Electronic Production

Product Parameters

Core Technology	Integrated laser-induced breakdown technology and spectral analysis methods
Dimensions	255mm x 294mm x 80mm（L×W×H）
Weight	1.7kg (with battery)
Display system	4.3-inch industrial-grade resistive touch screen Automatically adjust display brightness according to external environment brightness
Storage function	32G
Laser	Class 3B,1535nm, passive solid state laser
Spectral parameters	<0.1nm resolution
Single test time	Results in 3 second
High precision test mode	Quick inspection model, general inspection model, precise inspection mode (the average value of multiple single test values can be analyzed through the algorithm)
Test elements	C、Al、Cu、Mg、Ni、Fe、Si、Sn、Zn、Mn、Ti、Zr、Cr、Bi、Pb、Ag, etc. (different models can test different elements)
Sample type	Cylinders, thin plates, wires above 1mm in diameter, foils (~0.02mm), large fragments (no powder)
Alloy base	LIBS 820C:Low and middle alloy steel LIBS 830C:Stainless steel
Detection limit	LIBS 820C：0.1% LIBS 830C：0.01%
Work temperature	Standard 0~40℃
Protective gas	Argon gas
Software	Application update, data download and grade library custom editing, test report generation, calibration file editing, etc.
Safety	Sensing light safety interlock device
Battery	Equipped with MSBUS bus smart battery, two single batteries can work continuously for about 8 hours, and the remaining battery capacity can be directly checked. It complies with aviation dangerous goods transportation regulations.