Handheld XRF Spectrometer LXRF-T2012

Introduction

Handheld Spectrometer uses Energy Dispersive X-ray Fluorescence as its analytical method. It can measure elements with atomic numbers from 12 to 92, covering magnesium to uranium. It is capable of analysing up to 40 elements simultaneously. Provides rapid, non-destructive detection with results in just 3 seconds. Our handheld spectrometer supports Bluetooth, an expandable SD card, and mini- for PC connection, with customizable work curves to meet user requirements. Used in fields like metal alloys, aerospace, recycling, shipbuilding, and machinery manufacturing.

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

Handheld Spectrometer is used in various fields such as precious metal alloys, boiler pressure vessels, iron and steel smelting, aerospace, waste metal recycling, shipbuilding, and machinery manufacturing.

Specifications

Analytical Method	Energy Dispersive X-ray Fluorescence
Elements Measuring Range	Atomic number 12 to 92 (Magnesium to Uranium)
Elements Analysis Limit	Up to 40 elements
System	Customized microcomputer system; : 1G; : 1G; Storage: 4G standard (expandable up to 32G)
Measurement Range	ppm to 99.99%
Detection Time	1 to 60 seconds (results in 1 second possible)
Built-in System Features	, Wi-Fi, Bluetooth
Detection Objective	Solid, liquid, and powder samples
Detector	or Fast- detector (optional)
Detector Resolution	Minimum 128 eV
Excitation Source	50kV/200µA Rhodium target X-ray tube with integrated high voltage supply
Collimator & Filter	4.0mm & 2.0mm collimators; 6 filters with auto-switching
Video System	500 megapixels
Display Screen	5-inch transflective touchscreen (1080 × 720 resolution)
Detection Limit	1 to 500 ppm
Safety	Multiple protections: no-sample-no-radiation, automatic X-ray shutoff, below international radiation standards, standard radiation shield included
Specialty	Intelligent one-key ore analysis software with automatic curve matching
Data Transmission	, , Bluetooth
Operating Humidity	< 90%
Operating Temperature	-20°C to +50°C
Intelligent Warning System	Green: power on; Red: testing; Yellow: problem alert
Power Supply	Rechargeable lithium battery (9000mAh standard, optional 27000mAh super battery); 110V to 220V universal adapter; runtime up to 12 hours
Dimension	244mm × 90mm × 330 mm
Packaging Dimensions	570mm × 270mm × 560 mm
Net Weight	1.7 kg
Gross Weight	18 kg

Features

High-speed detector

Integrated

Durable waterproof and dustproof build

5MP HD camera 

FAQs

1. What is the working principle of It Handheld Spectrometer , and how does it detect elements?

The It Handheld Spectrometer works using Energy Dispersive X-ray Fluorescence () technology. This method involves bombarding the sample with X-rays from a rhodium target X-ray tube. When these X-rays hit the atoms in the sample, they cause the atoms to emit secondary (fluorescent) X-rays. Each element gives off X-rays at unique energy levels, which the spectrometer detects using a high-speed detector. The spectrometer then analyzes these energies to identify and quantify the elements present. It can measure elements from atomic number 12 (magnesium) to 92 (uranium) and detect up to 40 elements at once. This makes it very useful for quick, non-destructive analysis of solid, liquid, and powder samples.

2. What are the main features of It Handheld Spectrometer that make it user-friendly and efficient?

It is designed to be portable, fast, and easy to use. It gives results in as little as 3 seconds, making it ideal for on-site testing. The device is equipped with a 5-inch touchscreen, a 500W pixel HD camera, and built-in Wi-Fi, , Bluetooth, and connections. It comes with a customized microcomputer system (1GB , expandable 32GB storage) for smooth operation. The durable, waterproof, and dustproof design ensures it works well in harsh environments. Its intelligent one-key ore analysis software makes it easy for even non-experts to operate, as it can automatically match and analyze data curves.

3. In what industries is the It Handheld Spectrometer commonly used, and why?

The It is widely used across multiple industries because of its speed, accuracy, and versatility. Industries like metal alloy manufacturing, aerospace, shipbuilding, boiler pressure vessel inspection, waste metal recycling, and iron and steel smelting rely on it to analyze the metal composition of parts and materials. It is especially useful in quality control, material verification, and sorting scrap metals, as it gives instant and reliable elemental analysis without damaging the sample. Its ability to test a wide range of materials, from powders to solid metals, makes it suitable for both lab and field environments.

4. How does It ensure safety when using the Spectrometer?

Safety is a top priority in the design of the It Handheld Spectrometer . The device has multiple safety features to protect users from radiation exposure. These include automatic X-ray shutoff when no sample is detected, below-standard radiation output, and a built-in radiation shield. The smart warning system uses lights green for power on, red for testing, and yellow for problems so users can clearly see the operating status. These safeguards ensure that the instrument meets international safety standards, allowing safe use even in non-laboratory environments.

5. What kind of power supply and battery life does the It Handheld Spectrometer offer?

The It comes with a powerful rechargeable lithium battery that supports long hours of continuous use. The standard battery is 9000mAh, with an optional 27000mAh super battery available for extended operations. The device can run up to 12 hours on a full charge, making it ideal for field use without needing frequent recharging. It also includes a universal power adapter (110V to 220V), so it can be charged anywhere. This makes the device perfect for mobile inspections and long field operations, where stable power sources may not always be available.

6. How does the Handheld Spectrometer perform elemental analysis?

The Handheld Spectrometer uses energy dispersive X-ray fluorescence () technology to identify and quantify elements in various materials. It excites atoms in the sample using X-rays, measuring the emitted fluorescence to determine composition. The device can analyze metals, minerals, and other substances quickly and non-destructively. Results are displayed within seconds, making it efficient for field and laboratory applications.

7. What materials can be tested with the Handheld Spectrometer?

Handheld Spectrometer can analyze solids, liquids, and powders, including metals, alloys, geological samples, and industrial materials. It detects elements ranging from magnesium (Mg) to uranium (U), making it suitable for metallurgy, mining, and environmental testing. The device ensures rapid, on-site composition analysis without damaging the sample. Its wide element detection range makes it ideal for diverse applications.

8. What are the power options for the Handheld Spectrometer?

The Handheld Spectrometer comes with a rechargeable lithium battery, providing up to 12 hours of continuous operation. For extended use, an optional 27,000mAh high-capacity battery is available. The device also supports charging via AC power and car adapters, ensuring flexibility in field applications. This allows uninterrupted operation in remote or industrial environments.

9. Is the Handheld Spectrometer suitable for non-destructive testing?

Handheld Spectrometer is designed for non-destructive testing (), allowing users to analyze samples without altering or damaging them. This makes it ideal for quality control, material verification, and regulatory compliance in industries such as aerospace, scrap metal recycling, and manufacturing. The device provides instant, accurate results, ensuring minimal downtime in testing processes.

10. Does the Handheld Spectrometer require sample preparation?

Handheld Spectrometer does not require any sample preparation, making it highly efficient for on-site analysis. Users can test materials directly by placing the device against the sample, obtaining results instantly. This feature enhances convenience for industries that need fast, reliable material identification. The device can be used in both handheld and test-stand modes for added versatility.

11. What safety features does the Handheld Spectrometer include?

Handheld Spectrometer is equipped with multiple safety features, including an intelligent three-color indicator system to alert users of operational status. It has an automatic sensor that prevents radiation exposure when no sample is present. The device also features a protective cover to reduce scattering and enhance user safety. These safeguards ensure safe handling in laboratory and industrial environments.

12. How is data stored and transferred from the Handheld Spectrometer?

The Handheld Spectrometer features a built-in microcomputer system with storage for large amounts of analytical data. Users can transfer data via WiFi, Bluetooth, or for further processing and reporting. The device also includes a high-resolution display for real-time viewing of test results. This ensures seamless integration with laboratory and industrial workflows.