Handheld XRF Spectrometer LXRF-T2014

Introduction

Handheld Spectrometer features a powerful silver (Ag) anode X-ray tube with dynamically adjustable current (6 to 45 kV, 1 to 200 μA, 2W max). It uses a detector and offers detection for a wide range of elements from Mg to U. Also, it includes a built-in standardization via automatic system checks, ensuring reliable performance over time. An integrated micro-camera helps users position the analyzer accurately on the sample. Our spectrometer is suitable for a wide range of elemental testing applications.

This analytical equipment is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Our Handheld Spectrometer is used for is used for rapid alloy identification, precious metal analysis, and quality control in manufacturing and recycling. It also supports geochemical analysis, coating thickness measurement, and archaeological material verification.

Specifications

X-Ray Source	X-ray Tube with Ag anode (6 to 45 kV, 1 to 200 µA, 2 W max)
Detector	Silicone drift detector ()
Range of Detection	All 30 elements between Mg and U
Display System	Fixed-angle, color resistive touchscreen
Camera	Integrated micro-camera for sample positioning
Memory	64 MB internal system memory/ 128 MB internal user storage
Data Processing	, Bluetooth, RS232 serial communication
Calibration Modes	General metals, precious metals, coatings, mining, soils, etc
Libraries	Default (, , , AA), user-editable
System Check	Built-in standardization for accuracy assurance
Spot Size	8 mm collimation
Permissible Temperature	-10℃ to +50℃
Permissible Humidity	0% to 80% RH
Software Compatibility	PC software
Security	Password protected
Operation System	Touchscreen keyboard
	Optional external via bluetooth
Current	3 A
Power	36 W
Power Supply	7.4V lithium-ion or 12V DC
Dimension	256 × 275 × 100 mm
Net Weight	1.53 kg

Features

Touchscreen interface

Rugged housing

Hot-swappable battery

External barcode reading and printing

Proprietary operating system

Nose cone guard collimation device

FAQs

1. Does it damage the material it analyzes?

No, Handheld Spectrometer uses X-ray fluorescence (), which is a non-destructive technique. It determines the elemental composition without harming or altering the material, making it suitable for valuable items like jewelry, historical artifacts, and coins.

2. Is it safe to operate?

Yes, our Handheld Spectrometer is safe when operated correctly. It emits a focused beam of ionizing radiation during testing, so basic radiation safety practices such as minimizing exposure time, increasing distance, and using shielding should be followed. Always point the analyzer at the sample, not at people.

3. Is the Handheld Spectrometer rugged enough for field use?

Yes, it is built for harsh environments. The Handheld Spectrometer has an IP54 rating, meaning it is resistant to dust and water splashes, and is sealed for use in rugged industrial and field conditions. It can be used in laboratories, industries and various fields such as archaeological and heritage identification.

4. Does the Spectrometer require calibration?

This Handheld Spectrometer features automatic system checks and built-in standardization. Users can also create or edit calibration libraries based on , , , and AA standards for specific needs. The built-in automatic calibration feature ensures reliability and reduces the chances of errors.

5. How does the spectrometer Plus ensure accuracy in diverse sample types?

Handheld Spectrometer uses an intelligent Fundamental Parameter (FP) method to correct for sample matrix effects. This technique compensates for variations in sample composition, helping to deliver accurate and reliable elemental analysis across different materials.