Integrating LIBS elemental analyzer into technological processes

ECLIPSE — is an analyzer designed for high-precision and rapid determination of the elemental composition of various materials.

It is based on the method of laser-induced breakdown spectroscopy (LIBS).

Unlike traditional methods, LIBS does not require complex sample preparation: a laser instantly evaporates a microparticle of the sample, creating a plasma, the analysis of which provides data on the composition.

Advantages stand-off ECLIPSE:

• Integrated specifically into your technological process
• No sample preparation (or minimal). Less need for “wet” chemistry reduces the cost of laboratory analysis. High speed of analysis (seconds).
• Accuracy of determining the concentration of elements down to fractions of a percent
• Low limits of detection of elements
• Compactness and the possibility of operation in “contaminated” environment
• Reducing costs, minimizing defects and accelerating processes provide a quick return on investment (ROI)

We offer methods of qualitative and quantitative analysis for various bases/matrices:

• Steel
• Aluminum
• Copper
• Nickel
• Salts
• Other elements on request

Eclipse works with various forms and states of matte

• Pulp
• Concentrate
• Foam
• Powders
• Ingots
• Plates

Lab ECLIPSE for research laboratories:

• Development of methods for qualitative and quantitative analysis
• At the heart of the system is any — laser manufactured by SLS Prime Technology
• Development of focusing and radiation collection systems to suit your needs
• 3D profiling on request
• Possibility of integration with other analytical methods

Example of adaptation for the aluminum industry:

SLS Prime Technology has developed methods for quantitative elemental analysis in aluminum alloys in accordance with GOST 3221 and GOST 7727. ECLIPSE dAl (laboratory version) and ECLIPSE mAl (stand-off version) provide rapid and accurate analysis of the chemical composition of aluminum, allowing control of metal purity, impurity levels and compliance with technological requirements at all stages of production — from raw material processing to finished product output.