AES8000 Handheld Spectrometer

AES8000 Handheld Spectrometer Application field and characteristics
Excellent performance (Used for on -site, no loss, fast, accurate, accurate)
High accuracy, fast speed, close to the level of analysis of laboratory levels, can directly display the alloy card number and element percentage content and PPM content. The entire analysis process can be completed in just a few seconds. The contract number is only 1 to 2 seconds. One -click operation, even non -technical personnel can easily master it.
Non -destructive detection（NDT）
Without damage or the use of the object of the detection object, no damage is tissue inside the detected object, the entire test process is not damaged.
Analytical software
Remote control system, both Windows based PC and Android based mobile devices can operate instruments through software to achieve data synchronization across multiple platforms (instrument, PC, mobile, cloud). The software has functions such as data analysis, spectrum display, and report printing. The instrument client has the ability to send analysis reports via email, Remote control system, both Windows based PC and Android based mobile devices can operate instruments through software to achieve data synchronization across multiple platforms (instrument, PC, mobile, cloud). The software has functions such as data analysis, spectrum display, and report printing. The instrument client has the ability to send analysis reports via email.
Waste recycling and sorting
The recycling and reuse of scrap metals involves on-site analysis, testing, and sorting of a wide variety of alloy types and materials. To enable both buyers and sellers to make quick and reliable judgments during transactions. Quantitative analysis of metal components such as ferroalloys (stainless steel, etc.), copper alloys, aluminum alloys, copper iron alloys, lead tin alloys, and hybrid alloys, as well as rapid material identification and sorting on site.
Application areas and safety, standards (power plants, machinery, petrochemicals, military, etc.)

Alloy Material Identification (PMI) incoming inspection, Inventory material management, Re inspection of installation materials to prevent serious safety accidents caused by mixing or using unqualified materials in industries such as petrochemical construction, metal smelting, pressure vessels, power plants, petrochemicals, fine chemicals, pharmaceuticals, casting, aerospace, etc., ensuring the safety of process equipment materials. Adapt to industry standards such as American Society for Testing and Materials (ASTM), Chinese National Standards (GB), UNS, Power Industry Standards (DL), API, JIS, GMP, TSG, Mechanical Industry Standards (JB), as well as international and domestic standards.
Quality Control and Quality Assurance (QC/QA) and Effective Error Prevention (PKKA-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 error prevention (PKKA-YOKE), are essential. Mixing or using unqualified materials will inevitably cause losses to the enterprise. Various manufacturing industries ranging from small metal material processing plants to large aircraft manufacturers.
Data Processing and Enterprise Resource Planning (ERP)
Multiple methods such as WIFI and wireless Bluetooth are used for data transmission, and files can be sent via email, synchronized via Bluetooth, or synchronized via software.
Analyzable alloy family
Iron based alloy series (stainless steel, chromium/molybdenum alloy steel, low-alloy steel, tool steel, seamless steel)
Nickel based alloy series (nickel alloy, nickel/cobalt superalloys)
Cobalt based alloy series
Titanium based alloy series
Copper based alloy series (bronze, brass, copper nickel alloy, etc.)
High temperature alloy (molybdenum tungsten alloy)
Other alloys
Handheld alloy analyzer (XRF) is an important tool for material reliability identification (PMI) in high-temperature and high-pressure industries such as boilers, containers, pipelines, and manufacturing during the production process. Identify metal materials in the production processes of key military and civilian engineering industries such as steel smelting, non-ferrous metals, aerospace, weapon manufacturing, submarines, and ships. Identify metal materials during the installation and construction process of petrochemical refining, fine chemicals, pharmaceuticals, power plants, aerospace and other engineering projects to ensure equipment and material acceptance and meet the specified requirements of the project. It is a powerful tool for metal identification in the industry of waste metal recycling and reuse.
Widely used in on-site application scenarios such as quality control, material classification, alloy identification, safety prevention, and accident investigation, the handheld alloy analyzer integrates cutting-edge scientific research innovation and is a powerful tool for identifying metal materials in the production process. It can identify alloy grades, quickly analyze metal composition, and solve the most basic raw material analysis problems in industrialization. At the same time, users can create personalized analysis systems according to their own needs.

Technical parameters and specifications

AES8000 Handheld X-ray Fluorescence Alloy Composition Analyzer
Detector High performance SIN-PIN detection component
Excitation source 45KV/200uA Silver Target End Window Integrated Micro X-ray Tube and High Voltage Source
Element detection range 1、1. Elements with atomic numbers between 20-92, ranging from (Ti) to uranium (U)
Analyze the main elements in the alloy：
Ti，V，Cr，Mn，Fe，Co，Ni，Cu，Zn，Zr，Nb，Mo，Ag，Cd，Sn，Sb，Ta，W，Pb，Bi  25 in total (can be added further)
Detection object solid
Analysis method Direct reading analysis method+basic parameter method (FP)
Software Remote control system, both Windows based PC and Android based mobile devices can operate instruments through software to achieve data synchronization across multiple platforms (instrument, PC, mobile, cloud). The software has functions such as data analysis, spectrum display, and report printing. The instrument client has the ability to send analysis reports via email,
Weight ≤ 1.75kg (including battery)
Microcomputer display system 1. Semi transparent and semi reflective industrial grade customized touch screen ≥ 5 inches, standard configuration: 4G, built-in expandable storage supports 16GB, can store massive data.
2. Resolution 1080 * 720
Power supply 1. Rechargeable lithium battery, standard 6800mAh, voltage: 7.2V, Sustainable working for up to 12 hours,
2. The instrument has hot swappable function, delayed power-off, and battery replacement without shutting down. The battery has its own power display.
Charge mode 1. There is a charging interface on the side of the body,
2. Battery charging can be done through in car charging methods, (Not standard)
3.Universal adapter charging and power supply,
Collimator, filter 1. Special radiation resistant material collimator, inner diameter 3MM
2. No filter, saving switching time, software deducts background interference
Front end testing window ≤ 9mm * 5mm “waist” window
Camera Equipped with a built-in 5-megapixel high-definition camera function, it can take photos of the tested object for easy management
Test report sending method Email sending, Bluetooth synchronous transmission, software synchronous transmission
Data transmission method 3G/4G, wired connection, WiFi, Bluetooth
Maintenance method Remote software upgrade and diagnosis, on-site maintenance, diagnosis
User Management Multi level user management function (can create multiple accounts, achieve corresponding person numbers, facilitate management and data traceability)
Protective cover
The instrument is equipped with a protective cover, which has functions of instrument calibration, radiation protection, and damage prevention (not standard)
Material sensing and instrument status prompt 1. The body has material sensing function, which can intelligently identify whether there is a test object in front.
2.Intelligent status display light, which displays three working states through the intelligent status display light (red flashing indicates detection in progress, green flashing indicates no object to be tested ahead, green long on indicates object to be tested ahead)
Operating environment temperature and humidity Humidity ≤ 90%
-20℃ – +60℃
Safety 1. Instrument side measurement value ≤ 0.2 μ Sv/h (after deducting background)
Note: The supplier must provide a copy of the “Handheld X-ray Analyzer (Leakage) Report” issued by a nationally authorized legal metrology institution or national testing center in the response document as evidence.
2. Multiple safety protections, no radiation testing,
The radiation level during work is much lower than international safety standards, and it has the function of no sample aerial measurement and automatic shutdown of X-ray tube.