TrueX Handheld Alloy Analyzer

Performance Features

1. Compact and lightweight body for easy portability.

2. High-speed processing chip combined with advanced algorithms and efficient software delivers faster analysis.

3. An imported high-performance X-ray tube and ultra-high-resolution detector, coupled with digital multi-channel processing technology, give the TrueX handheld X-ray fluorescence spectrometer exceptional analytical precision.

4. During measurement, the radiation indicator lights on both sides of the TrueX breathe and flash automatically. The built-in DoubleBeam™ technology automatically senses whether a sample is present in front of the instrument, enhancing radiation safety and protection.

5. The industrial resistive touchscreen delivers better backlight performance than capacitive screens, remaining clearly readable under strong outdoor light, while eliminating the danger of removing gloves in harsh field environments.

6. The streamlined, slip-resistant and wear-resistant body is lightweight and easy to carry and transport. It integrates LANScientific’s latest R&D innovations, including new high-speed digital multi-channel technology, a new grade identification system and the Super-FP algorithm, making the TrueX faster, more accurate and more consistent.

7. MSBUS smart battery with real-time monitoring; spare battery capacity can be checked directly.

8. Users can create customized professional reports including company logo, company address, test results, spectra and other sample information (e.g. product description, origin, batch number).

9. The instrument can be connected to the internet for remote setup and maintenance.

10. The built-in net-intensity fitting algorithm optimizes spectral processing, giving the TrueX ultra-low detection limits comparable to large laboratory instruments.

11. The built-in Ultrashort™ optical path design significantly improves excitation of light elements Mg, Al, Si, S and P without the need for helium purging.

Applications & Features

Outstanding Performance (On-Site, Non-Destructive, Fast, Accurate)

Element symbols are displayed clearly with high accuracy and fast speed, approaching laboratory-level analytical performance. Alloy grades and element percentage content (up to three decimal places) and ppm content are displayed intuitively. The entire analysis takes only seconds, and alloy grade identification takes just 1~2 seconds. One-button operation makes it easy even for non-technical personnel.

Non-Destructive Testing (NDT)

No damage or impact on the performance of the tested object and no harm to its internal structure — the entire test process is completely non-destructive.

LANScientific Analysis Software

The LANScientific professional management and analysis software lets you easily set security user passwords and create customized, personalized analysis reports with your company LOGO, and enables convenient remote control of the instrument. Users can edit the alloy grade library, add alloy grades and custom enterprise grades; automatic calibration and fault diagnosis are supported; software upgrades can be performed via the internet.

Scrap Metal Recycling & Sorting

For scrap metal recycling and reuse, the wide variety of alloy types and materials can be analyzed, tested and sorted on site, enabling buyers and sellers to make fast and reliable judgments during transactions. Quantitative analysis of ferrous alloys (stainless steel, etc.), copper alloys, aluminum alloys, copper-iron alloys, lead-tin alloys, mixed alloys and other metal compositions, plus rapid on-site material identification and sorting.

Applications, Safety & Standards (Power Plants, Machinery, Petrochemical, Defense, etc.)

Alloy Material Identification (PMI): incoming material inspection; inventory material management; installation material re-inspection. This prevents severe safety accidents caused by mixed or non-conforming materials in petrochemical construction, metal smelting, pressure vessels, power plants, petrochemical plants, fine chemicals, pharmaceuticals, foundries, aerospace and other industries, ensuring the material safety of process equipment. Compliant with ASTM (American Society for Testing and Materials), GB (Chinese national standards), UNS, DL (power industry standards), API, JIS, GMP, TSG, JB (machinery industry standards) and other international and domestic standards.

Quality Control & Quality Assurance (QC/QA) and Effective Mistake-Proofing (Poka-Yoke)

In the metal processing and manufacturing industry, quality control and quality assurance (QC/QA) of materials (raw materials), semi-finished products and finished products, as well as effective mistake-proofing (Poka-Yoke), are essential — mixed or non-conforming materials will inevitably cause losses to the enterprise. It applies to every level of manufacturing, from small metal processing plants to large aircraft manufacturers.

Data Processing & Enterprise Resource Planning (ERP)

Data can be transferred via USB, WiFi and wireless Bluetooth in multiple ways, and files can be exported in EXCEL, PDF and other formats. Users can create customized test reports including company logo, company address, test results, spectra and other sample information (e.g. product description, origin, batch number); cloud data services are available, supporting ERP production resource planning management.

Analysis Elements & Modes

TrueX Analysis Modes & Elements

Model

Standard configuration analysis range; special elements can be added on request.

TrueX 800SY

Analyzes Ti, V, Cr, Mn, Fe, Co, Ni, Cu, Zn, Zr, Nb, Mo, Rh, Pd, Ag, Cd, Sn, Au, Sb, Hf, Ta, W, Re, Pb, Bi — 25+ standard elements.

TrueX 860SY

Analyzes Mg, Al, Si, P, S, Ti, V, Cr, Mn, Fe, Co, Ni, Cu, Zn, Zr, Nb, Mo, Rh, Pd, Ag, Cd, Sn, Sb, Hf, Ta, W, Re, Pb, Bi, Au — 30 standard elements in total.

Analyzable Alloy Families

Iron-based alloys (stainless steel, chrome/molybdenum alloy steel, low-alloy steel, tool steel, seamless steel)

Nickel-based alloys (nickel alloys, nickel/cobalt superalloys)

Cobalt-based alloys

Titanium-based alloys

Copper-based alloys (bronze, brass, copper-nickel alloys, etc.)

High-temperature alloys (molybdenum-tungsten alloys)

Aluminum-based alloys

Other alloys

The built-in Super-FP algorithm accurately analyzes metal element content and material grade without switching modes!

The TrueX handheld alloy analyzer (XRF) is an essential tool for material reliability identification (PMI) in high-temperature, high-pressure industries such as boilers, vessels, pipelines and manufacturing. It identifies metal materials during production in key national engineering industries including iron and steel smelting, non-ferrous metals, aerospace, weapons manufacturing, submarines and ships. During engineering installation and construction in petrochemical refining, fine chemicals, pharmaceuticals, power plants, aerospace and other sectors, it identifies metal materials to ensure equipment acceptance and material acceptance meet engineering requirements. It is also a powerful tool for metal identification in the scrap metal recycling and reuse industry.

The TrueX is widely used in quality control, material classification, alloy identification, safety prevention, accident investigation and other field application scenarios. Alloy grade identification and rapid metal composition analysis solve the most fundamental raw material analysis challenges in industry. Integrating LANScientific’s latest R&D innovations, the TrueX handheld alloy analyzer is a powerful tool for metal material identification during production. Users can also build customized, personalized analysis systems based on their own needs.

The built-in factory grade library contains 380 alloy grades. Professional grade libraries for special industries such as mold, power and petrochemical are also included, solving grade conversion between different national standards in special applications. Two expandable user-defined alloy grade libraries are provided, supporting analysis of more than 600 alloys and over 10,000 alloy materials.

Weight

1.6 Kg (with battery)

Dimensions

254 x 79 x 280 mm

Excitation Source

New integrated miniature X-ray tube, 6-50KV tube voltage / 0-200uA tube current, freely adjustable; Ag target (standard), Au, W, Rh targets (optional).

Detector

TrueX 800SY: BOOST Si-pin detector, resolution <145 eV

TrueX 860SY: high-sensitivity silicon drift detector (SDD), resolution <125 eV

Detection limits down to ppm level.

Language

Multi-language operation including Chinese and English.

System Processor

ARM Cortex-A8 1GHz processor

Android 4.2 operating system

80MHz ADC digital pulse processor

4096 MCA channels, 32G memory

Display

Industrial resistive touchscreen, screen size: 4.3″

Data Storage

Built-in 32G memory, stores up to 300K spectral data and spectra

Data Transfer

USB, Bluetooth, WiFi; the instrument can be connected to the internet for remote setup and maintenance.

Data Printing

Data can be exported in EXCEL and PDF formats. Users can create customized professional reports including company logo, company address, test results, spectra and other sample information (e.g. product description, origin, batch number).

Cooling

The instrument is equipped with a dedicated T-slot heat dissipation device that improves thermal performance, eliminating the need to frequently wait for detector cooling.

Safety

Built-in DoubleBeam™ technology automatically senses whether a sample is present in front of the instrument, enhancing radiation safety and protection.

Mode

TrueX 800SY analyzes Ti, V, Cr, Mn, Fe, Co, Ni, Cu, Zn, Se, Zr, Nb, Mo, Rh, Pd, Ag, Cd, Sn, Sb, Hf, Ta, W, Re, Pb, Bi, Au — 26 standard elements in total.

TrueX 860SY analyzes Mg, Al, Si, P, S, Ti, V, Cr, Mn, Fe, Co, Ni, Cu, Zn, Se, Zr, Nb, Mo, Rh, Pd, Ag, Cd, Sn, Sb, Hf, Ta, W, Re, Pb, Bi, Au — 31 standard elements in total.

Standard Accessories

Waterproof, dustproof and shockproof carrying case

2 lithium-ion smart batteries

110/220 VAC battery charger / AC adapter

PC connection cable (USB)

Safety strap

Standard sample block

Optional Functions & Accessories

TrueX portable test stand

Cloud data service: data can be automatically uploaded to the cloud server and never lost; combined with third-party software, data can be imported into ERP systems, warehouse management systems, etc.

Battery

MSBUS smart battery with real-time monitoring; spare battery capacity can be checked directly. The battery complies with air dangerous goods transport regulations and meets FCC certification, CE certification and UN certification.

A single battery provides up to 8 hours of continuous operation.

Certifications

CE, RoHS, FCC

316 Actual Sample Test Value Comparison

Reading

Mode

Cr%

Mn%

Mo%

Ni%

No1

ALLOYS

16.56

1.22

2.03

10.18

No2

ALLOYS

16.66

1.29

2.01

10.15

No3

ALLOYS

16.61

1.20

2.05

10.05

No4

ALLOYS

16.62

1.19

2.00

10.03

No5

ALLOYS

16.68

1.18

2.05

10.15

No6

ALLOYS

16.67

1.22

1.99

10.10

No7

ALLOYS

16.62

1.25

2.04

10.16

No8

ALLOYS

16.5

1.16

2.03

10.20

No9

ALLOYS

16.7

1.19

2.01

10.17

No10

ALLOYS

16.63

1.20

2.03

10.08

Standard Value

16.68

1.22

2.03

10.11