Overview

Handheld LIBS Analyzer LMHLA-A100 detects carbon and other elements within 5 to 6 seconds. It features lightweight construction, allowing effortless handheld operation for on-site material testing. Equipped with an integrated macro camera, it allows reliable sample positioning and measurement. Incorporates resistive touch screen display for clear viewing in field conditions. Our LIBS Analyzer is ideal for elemental analysis of metals and alloys in various sectors.

Features :

High-Power Laser

Dual-Band Wi-Fi

Desktop Charging

Password Security

Interlocking Safety

Single-Point Calibration

Specifications :

Detectable Elements	C,Al,Ti, Si, Cr, Mn, Fe, Co, Ni, Cu,Mo etc.
Testing Time	5 to 6s
Detection Method	Plasma emission spectroscopy
Camera	CCD macro camera
Display	4.0-inch resistive touch screen, 320×480 pixels
Laser	Class 3B, 1064 nm laser
Data Transmission	2.4G/5.0GHz802.1lac/n/b/a wireless LAN
Bluetooth	Bluetooth 4.1
Waterproof Rating	IP54
Resolution	Less than 0.1nm
Database	50+ common grades, customizable with Vela Soft
Working Temperature	0 to 40℃
Power Supply	Lithium-ion battery, 16.8V, 43Wh
Dimensions	90×280×150mm
Weight	1.8Kg

Applications :

Handheld LIBS Analyzer LMHLA-A100 enables rapid elemental analysis of stainless steel, alloy steel, carbon steel, and other metals in manufacturing, recycling, and on-site inspection fields.

Selection Guide :

Handheld LIBS Analyzer LMHLA-A100 is a portable, high-performance elemental analyzer ideal for on-site material identification and composition analysis. Based on research studies and industrial applications, this analyzer is extensively used in fields like metal recycling, mining, aerospace, automotive, and manufacturing quality control. It is particularly effective in detecting light elements such as Li, Be, B, Mg, Al, and Si, which are often challenging for other analyzers. It supports rapid testing (1–6 seconds) and provides real-time analysis with high accuracy, making it suitable for alloy sorting, material verification, and quality assurance experiments. The device complies with international standards such as CE and ISO certifications, ensuring its reliability and safety in demanding environments. Customers in metallurgy labs, scrap processing units, research institutions, and industrial production lines can confidently select this model for its speed, precision, and compliance with global quality standards.