Laser induced breakdown spectroscopy experimental setup

NegotiableUpdate on 02/12

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

Laser induced breakdown spectroscopy (L1BS) is an advanced analytical technique that uses ultra short pulse laser to focus the surface of a sample to form a plasma and analyze its emission spectrum to accurately determine the composition and content of the sample. This technology has low sample requirements, low destructiveness, self-cleaning function, and reduces the need for sample preparation.

Product Details

1、 Experimental content

1. Construction of laser-induced breakdown spectroscopy optical path

2. Detection and analysis of metal substance composition

3. Laser induced plasma parameter measurement and calibration free element content detection

4. Classify and identify metal samples

2、 Specification parameters

1. Pulse laser: wavelength 1535nm (safe wavelength for human eyes), pulse energy>500ud, output beam diameter 0.3mm

2. Micro spectrometer: wavelength range of 200-900nm, resolution of 1nm, integration time of 0.5ms-65s, grating of 600L/mm, MA905 interface

3. Fiber optic: Quartz fiber optic, 200-1000nm

4. Fiber coupling lens: SMA905 connector

3、 Product Features

L1BS can achieve fast and real-time online analysis, and has remote sensing capabilities for non-contact long-distance measurement in harsh environments. This technology has high detection sensitivity, reaching PPM level, and can accurately detect trace elements. This experimental system allows users to independently build and freely manipulate devices such as pulse lasers, focusing mirrors, fiber coupling mirrors, spectrometers, etc., to achieve spectral and elemental composition detection and analysis of various alloy metal samples.