Instrument Features
— Portable, accurate for on-site applications such as quality control, material classification, alloy identification, and accident investigation.
—— Optional small target mode, capable of detecting smaller sample areas, such as: solder joints, weld seams.
——High-performance Silicon Drift Detector (SDD) probe (25 mm²), capable of analyzing light elements such as Mg, Al, Si, P.
Analyzable Element Analysis Range
Typically, the range of elements that can be analyzed includes Na (Sodium) to U (Uranium).
Application Fields
Alloy Material Identification
Quality Control (QC) / Quality Assurance (QA) in the metal industry
Metal Waste Recycling
Archaeology/Cultural Relics

Product Application
Handheld alloy spectral analyzer for element detection: capable of analyzing 40 elements simultaneously
Gender: Alloy version analysis software, featuring intelligent one-button testing
A library of over 500 smart alloy brands
Handheld alloy spectrometer accurately detects various precious metal alloys, high and low alloy steels, stainless steel, tool steel, chrome/molybdenum steel, nickel alloys, cobalt alloys, nickel/cobalt heat-resistant alloys, titanium alloys, copper alloys, bronze, zinc alloys, tungsten alloys, etc., with non-destructive testing. Know the material composition and grade in just 1 second. It also allows for quick testing of aluminum and magnesium light alloys and can perform reliability identification (PMI) and confirmation on materials, ensuring material quality.
Material Reliability Identification
In the production of alloy materials and the manufacturing process of machinery and equipment, material identification and element detection are inseparable.
Non-destructive testing effectively prevents mixing of raw materials, eliminating unnecessary losses.
Quality Control in the Industrial Production Process
Non-destructive testing is used in the quality control and management of high-temperature and high-pressure industries such as steel smelting and boiler manufacturing, ensuring material quality. It identifies alloy components in shipbuilding and aviation technology sectors, thereby guaranteeing product quality and safety. In industries such as power stations that affect the national economy and people's livelihood, it ensures that equipment components meet standards, guaranteeing equipment safety.
Scrap Metal Recycling and Reuse
For the scrap metal recycling and utilization industry, on-site testing and rapid sorting of large quantities of metal waste can be conducted. Suitable for warehouse steel inventory recycling; metal sorting at scrap collection stations; and various stages of scrap metal recycling, such as turning chips or shaving fragments. It is a powerful tool for metal identification and steel identification in the scrap metal recycling and reuse industry.
Product Description
The portable alloy spectral analyzer integrates multiple technologies such as optoelectronics, microelectronics, semiconductors, and computers to develop a new generation of handheld XRF product with independent intellectual property rights. The portable alloy spectral analyzer features a new large-screen high-resolution LCD display and a novel digital multi-channel data processor. Its detection limit matches the performance of desktop analyzers; the compact size and lightweight design allow for easy portability and measurement, making it suitable for analyzing various types of alloy samples. The portable alloy spectral analyzer provides rapid and accurate analysis of alloy grades and elements on-site.
Cautionary Notes
① PDA; ② Indicator Light; ③ Power Indicator Light; ④ External Power Jack; ⑤ Power Switch; ⑥ PDA Rotation Axis
Figure 2-1
1) Portable Alloy Spectroscopic Analyzer PDA: Embedded PDA with X-ray fluorescence analysis software, capable of controlling instrument operation, processing collected data, and displaying output results. 2) Power and Charging Indicator Lights: The power indicator light turns green when the instrument is powered on. If the instrument is not powered on, and both the battery and adapter are plugged in, the charging indicator light will flash green if the battery is low. In this case, powering on the instrument will make both the power and charging indicator lights turn orange.
3) Indicator Light: Flashes red when the X-ray tube is at high voltage; otherwise, it remains green.
4) Power Switch: Turn on or off the instrument's power (press for 3 seconds to turn on)
Left View
1) TF card interface: Insert a TF card for data copying, backup, software updates, etc.
2) MiniUSB port: Connect the MiniUSB cable, install the relevant drivers, and sync with a PC.
3)

Handheld alloy spectrometer offers rapid, reliable analysis, lightweight, sturdy, and durable, adaptable to any environment and weather conditions. With the handheld alloy spectrometer, maintenance personnel can complete the identification tasks of alloy materials in miles of pipeline systems and production equipment in a very short time. From metal wires to weld points, valves, or process pressure vessels, regardless of shape or size, the handheld alloy analyzer can perform bulk sample analysis quickly, accurately, and without damage.
Explorer5000 Portable Spectrometer Specifications:
Rapid and accurate analysis of alloy elements and coating thickness on-site
Coating Thickness: 0-50 micrometers
Detection Accuracy: 0.05
Test Time: 30S
Instrument Weight: 2kg
The EXPLORER handheld X-ray fluorescence spectrometer integrates multiple technologies such as optoelectronics, microelectronics, semiconductors, and computers to develop a new generation of handheld XRF products with independent intellectual property rights. The EXPLORER 5000 handheld XRF alloy analyzer is a portable device featuring a new large-screen high-resolution LCD display and a novel digital multi-channel data processor. Its detection limits match those of desktop analyzers; the instrument is compact, lightweight, and can be carried anywhere for measurements, making it suitable for analyzing various types of alloy samples.
Alloy Industry Applications
Electroplating factory
Coating Inspection
Precious Metal Alloys
Steel smelting
Scrap Metal Recycling
Machinery manufacturing and processing
Boiler Pressure Vessel
Industrial
Shipbuilding
Performance Advantages
Easier operation
1. Lightweight, compact design with ergonomic handle, includes instrument case for easier grip and convenient use in the field.
2. 360-degree rotatable 5-inch high-definition screen, supports multi-touch control, and displays clearly in any light condition.
3. Sealed one-piece design with waterproof and dustproof capabilities, suitable for continuous use in harsh environments.
4. No sample preparation required; direct surface measurement of the test item is possible. The instrument can be handheld for rapid testing or used with a test stand for more extended, precise testing.
Enhanced performance
1. Non-destructive rapid testing, just aim and test, results and batch numbers reported in one second. Performance matches desktop computers, with fast and accurate detection.
2. Simultaneously tests for elements such as Titanium, Vanadium, Chromium, Manganese, Iron, Cobalt, Nickel, Copper, Zinc, Gallium, Germanium, Zirconium, Niobium, Molybdenum, Ruthenium, Rhodium, Palladium, Silver, Indium, Tin, Antimony, Hafnium, Tantalum, Tungsten, Rhenium, Platinum, Gold, Lead, Bismuth, Magnesium, Aluminum, Silicon, Phosphorus, and Sulfur, and can be customized to add more elements according to customer requirements.
3. Ultra-short path design; instruments do not require helium gas, capable of detecting light elements starting from Mg, fully meeting the needs of specific users. More powerful power
1. Available with an extra-large 27,000mAh lithium battery, offering up to three days of runtime. Equipped with both AC and car charger, ensuring a constant power supply.
2. Built-in memory battery, power is not interrupted when changing batteries.
Enhanced configuration
Micro-tubes, the Fast-SDD detector (the world's detector), and the core technologies of micro digital signal multiplexers and intelligent analysis modules have been introduced, granting it testing precision comparable to desktop systems.
Utilizing ultra-high frequency and large memory, with massive storage space for extensive data storage. The brand-new digital multi-channel technology ensures an effective spectrum counting rate of up to 500k cps per second.
Straight-pass filter system, with a combination up to 12 sets, catering to the detection needs of customers under various conditions.
Built-in 500W pixel high-definition camera, allowing for real-time observation of the sample testing location, enhancing measurement accuracy.
Enhanced protection
1. Smart Three-Color Warning System: LED three-color long light strip design, 360-degree full coverage display. Green light illuminates upon power-on, red light blinks for testing, and the equipment fault light blinks to indicate instrument status, all clear at a glance.
2. Triple Security Protection Features:
a: Automatic sensing; the instrument does not operate without samples, and there is no radiation leakage.
b: Utilizes thick protective testing walls to effectively prevent scattering.
Delivery protective cover, preventing peripheral light base scattering.
3. Safety interlock device; when software fails to control shutdown, a simple press ensures time-protected safety, safeguarding the rear gate.
More intelligent software
The EXPLORER 5000 alloy analyzer is equipped with application software tailored for the alloy industry, featuring intelligence, high sensitivity, short test time, and easy operation.
2. All-new intelligent software with one-click smart operation, featuring dual-mode design (User Mode and Mode). User Mode enables one-click identification of sample material; Mode allows for advanced operations such as adding elements and specific curves.
3. Built-in strength correction method to correct deviations caused by different geometric states and uneven structural densities of samples.

Technical Specifications
Measurement Element Range: Elements from Magnesium (Mg) to Uranium (U) are all measurable
Simultaneous detection elements: Analysis of dozens of elements can be conducted simultaneously
Processor and Memory: CPU: 667MHz, Memory: 256M, Expandable storage supports up to 32G, capable of massive storage for up to 20,000 data and spectral files.
Concentration Range: ppm to 99.99%
Testing Time: 2-30 seconds
GPS, WIFI: Integrated System
Battery Usage Time: Rechargeable lithium-ion battery, 7800mAh capacity, can last for over 8 hours; equipped with a universal voltage adapter (110V-220V), suitable for AC power supply.
Inspection Objects: Solids, Liquids, Powders
Detector: 25mm² 0.3mil, SDD Detector
Detector Resolution: Resolution 1455 eV
Excitation Source: 50KV/100uA Integrated Silver Window Mini X-ray Tube and High Voltage Power Supply
Collimators and Filters: 4.0mm and 2.0mm diameter collimators, automatic switching of 6 filter combinations, 12 total combinations, the most versatile in the world, capable of testing various types of samples.
Cooling System: Ensures instrument accuracy and prolongs service life
Protect: Contains no isotope excitation source, strong environmental protection performance; X-ray dose ≤ 0.06μSv/h
Inspection Objects: Solids, Liquids, Powders
Test Stand: Optional with a spin function test stand for the instrument, making testing more convenient and results more reliable.
Video System: High-definition Camera
Display: Semi-transparent, semi-reflective high-brightness VGA color touch screen with a resolution of 640*480
Detection Limit: Detection limit reaches ppm level
Security: Includes admin mode, data can be saved freely
Rechargeable System: Atmospheric Helium Filling System
Data Transmission: Digital Multi-Channel Technology, SPI Data Transmission, Rapid Analysis, High Count Rate
Waterproof Mini USB, compatible with desktop computers, featuring USB, 232 serial port, memory card, and wireless Bluetooth
Operating Environment Humidity: ≤95%
Operating Environment Temperature: -20℃ to +50℃
Instrument dimensions: 2343 x 3068 x 82 mm (L x W x H)
Instrument Weight: 1.9 Kg (with battery), 1.6 Kg (without battery)
Advantages in Instrument Application Fields
Test Elements: Concurrent analysis of up to 40 elements
Gender: Alloy version analysis software, featuring intelligent one-click testing
A library of intelligent alloys with over 500 brand names
The EXPLORER 5000 accurately detects a wide range of precious metal alloys, high and low alloy steels, stainless steel, tool steel, chrome/molybdenum steel, nickel alloys, cobalt alloys, nickel/cobalt heat-resistant alloys, titanium alloys, copper alloys, bronze, zinc alloys, tungsten alloys, etc., with non-destructive testing and provides the material composition and grade in just one second. It also offers rapid testing for aluminum and magnesium light alloys and can perform reliability identification (PMI) and confirmation on materials, ensuring material quality control.
Material Reliability Identification
In the production of alloy materials and the manufacturing process of machinery and equipment, the identification of materials and element detection are indispensable.
The EXPLORER 5000 Non-Destructive Testing effectively prevents material mixing of raw materials, eliminating unnecessary losses.
Quality Control in the Industrial Production Process
The EXPLORER 5000 Non-Destructive Testing is applicable in quality control and management during the production processes in high-temperature and high-pressure industries such as steel smelting and boiler manufacturing, ensuring material quality. It aids in identifying alloy components in shipbuilding and other high-tech industries, thereby guaranteeing product quality and safety. In industries such as power stations that affect national economy and people's livelihood, it verifies the compliance of equipment components to ensure equipment safety.
Scrap Metal Recycling and Reuse
The EXPLORER 5000 is designed for on-site testing and rapid sorting of large quantities of metal scrap in the recycling and utilization industry. It is suitable for warehouse steel inventory recycling; metal sorting at scrap collection stations; and various recycling stages such as turned chips or shavings. It is a powerful tool for metal and steel identification in the metal recycling and reuse industry.