Handheld LIBS carbon analyzer

NegotiableUpdate on 12/25

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

Handheld LIBS alloy analyzer, laser-induced breakdown spectroscopy (LIBS) technology is a laser ablation analysis technology. It focuses the laser on the surface of the sample. When the energy density of the laser pulse is greater than the breakdown threshold energy, plasma will be generated locally in the sample. As the external environment expands, it gradually cools and emits a spectrum that characterizes the composition information of the sample. Then, the spectrum is collected by a high-resolution spectrometer, which is a fast qualitative and quantitative industrial analysis technology.

Product Details

Laser induced breakdown spectroscopy (LIBS) technology is a laser ablation analysis technique that focuses laser on the surface of a sample. When the energy density of the laser pulse is greater than the breakdown threshold energy, plasma is generated locally in the sample. As the external environment expands, it gradually cools and emits a spectrum that characterizes the composition information of the sample. The spectrum is then collected by a high-resolution spectrometer, which is a rapid qualitative and quantitative industrial analysis technique.

Handheld laser carbon analyzer has the characteristics of portability, easy operation, fast analysis speed, no need for sample preparation, low destructiveness, small point detection area, and simultaneous online detection of multiple elements. It can perform element analysis and grade identification on alloys such as stainless steel, chromium molybdenum steel, medium low steel, cast iron, etc., providing a convenient and efficient element analysis solution for industries such as metal materials and metallurgical smelting, and providing reliable tools for users to conduct accurate and real-time sample analysis in complex environments.

Advantages of use

One second detection

One click operation, detect results in 3 seconds.

High detection sensitivity and signal-to-noise ratio

Argon can effectively remove oxygen from the air₂、N₂Reduce molecular spectral line interference (such as CN, NO, etc.) in plasma to make carbon characteristic spectral lines clearer.

Light element detection

LIBS technology has the ability to detect light elements that XRF technology does not possess, making it easy to detect C, Be, B, Li, and more.

Minor burn injury

Micro damage detection can be achieved, and the smaller the ablation damage on the sample target surface, the less noticeable it is to the naked eye.

Low detection limit

High resolution hardware configuration and autonomous fitting algorithm bring higher accuracy and lower detection limit to the instrument. In most conventional applications, the detection limit of LIBS can range from a few ppm to the% level.

Equipment maintenance

The instrument adopts innovative design that takes into account low-energy operation, which can significantly reduce the workload of operation and maintenance, and has comprehensive performancesuperior toProducts in the same industry. At the same time, it can provide faster after-sales service and technical support to ensure that users' problems during use can be resolved in a timely manner.

Portable and lightweight

The total weight of the machine is only 1.7kg/kg, with a small size that meets ergonomic requirements and strong endurance, which can meet the testing needs of field applications.

Safe Laser

Using high-energy pulse safety (3B) laser technology, normal use poses no harm to the human body. In addition, the instrument is equipped with a sensing laser safety interlock device to help reduce the risk of laser misoperation.

Application scenarios

手持式LIBS测碳分析仪