LIBS HandHeld X series handheld laser-induced Breakdown spectrometer

Laser-induced breakdown spectroscopy (LIBS) has become the preferred tool for geochemical analysis outside the traditional laboratory environment in recent years, and can test a wide range of elements. Element measurement range Atomic number Z>=1 (including organic elements such as C, H, O, as well as light elements such as N, Li, Be, B, etc.) And the concentration range of almost all metal and non-metal elements is 10ppm to % (depending on the element and instrument configuration). The analysis time is generally about 20 seconds. The sample form is solid or powder (powder needs to be measured after being pressed into a tablet).

Laser-induced breakdown spectrometer is a brand-new analytical method in the field of spectral analysis. Its basic principle is to use a high-energy laser light source to form a high-intensity laser spot (plasma) on the surface of the analyzed material, causing the sample to be excited and emit light. These lights are then analyzed through the spectral system and the detection system. This technology is highly sensitive to the vast majority of inorganic elements in the material. At the same time, it can analyze low-atomic number elements such as hydrogen and sodium elements, which are difficult to analyze using XRF technology.

Instrument Characteristics

Precise elemental Analysis (LI-U)

The standard handheld LIBS laser-induced breakdown spectrometer (LIBS X-1688) is mainly used to test aluminum alloys, beryllium copper and carbon steel.

Special handheld LIBS(LIBS X-898), used for measuring lithium in lithium ores, rocks and brine, lithium in pegmatite, clay and mica

Intuitive operation

The Raspberry PI operating system and APP-based software ensure quality inspection for each operator. It is equipped with built-in WIFI and Bluetooth, and has GPS functionality, allowing users to print, send emails, and connect to almost any information management system to achieve full-featured reports. Automatically merge XRF and LIBS test services, allowing for easy management and operation anywhere.

Designed specifically for outdoor and laboratory use

KMX-RAY LIBS series handheld analyzer, weighing 1.65 kilograms, with 2 batteries (14.4v)

High-resolution rear display screen for easy viewing; Sturdy metal body, maximum durability;

A conical narrow nozzle suitable for hard-to-access test sites;

Users can replace the argon gas. Each test costs a few cents and can be conducted hundreds of times.

Pair with the profile generator software for personal computers or tablets and achieve full desktop functionality.

Laser-induced breakdown spectrometer is a brand-new analytical method in the field of spectral analysis. Its basic principle is to use a high-energy laser light source to form a high-intensity laser spot (plasma) on the surface of the analyzed material, causing the sample to be excited and emit light. These lights are then analyzed through the spectral system and the detection system. This technology is highly sensitive to the vast majority of inorganic elements in the material. At the same time, it can analyze low-atomic number elements such as hydrogen and sodium elements, which are difficult to analyze by other techniques.

The LIBS HandHeld laser-induced breakdown spectrometer has strong technical advantages:

• It can measure almost all natural elements, including those that are difficult to analyze by conventional methods such as H, Li, Be, C, N, O, S, etc.

• The sample preparation process is very simple. The surface of the sample can also be cleaned or the surface coating can be removed by using the method of repeated pulses.

• Only a small amount of sample (1-10g) is needed for high-throughput analysis, significantly reducing the analysis cost.

• It features a detection limit at the ppm level, as well as high sensitivity, detection accuracy and precision.

• True non-destructive testing only consumes a trace amount of the sample, and the laser incident on the sample hardly causes a heating effect.

• Elemental analysis can be conducted on samples in any physical state, including solid, liquid, gaseous and various mixtures.

• Almost unaffected by spectral interference;

• The analysis time for the simultaneous determination of all detectable elements has been reduced to approximately 20 seconds, which has obvious advantages compared with other analytical techniques.

• It has good environmental adaptability and almost no special requirements. It only needs to be connected to the power supply to work, without the need for water cooling or compressed air. It can meet the requirements of field experiments;

• Consumables with basically no periodic replacement, when equipped with a laser, can be used continuously for more than 600,000 times.

• It features powerful analysis software and a spectral database compatible with the Windows operating system.