Desktop XRF Spectrometer for Metal Analyzer X-MAY20 | AELAB

Overview

Accurate Metal Analysis

The X-MAY20 Spectral Metal Analyzer is a desktop XRF spectrometer for fast and accurate metal testing. It helps users analyze gold, silver, copper, and other elements in metal samples. The analyzer uses non-destructive testing, so it does not damage jewelry, ornaments, handicrafts, or other valuable metal products.

This spectral metal analyzer measures metal composition directly. It does not require complex sample preparation. Users can check gold content and determine metal purity with quick and reliable results.

Non-Destructive XRF Testing

The X-MAY20 tests metal samples without cutting, melting, or damaging them. The testing process does not affect the sample’s performance or internal structure. This makes it ideal for high-value products such as jewelry, precious metal ornaments, and collectible metal items.

Multi-Element Detection

The analyzer can detect more than gold. It also measures silver, copper, and other alloy or impurity elements. This gives users a clear view of the full element composition in each sample.

With multi-element analysis, users can verify material quality, identify alloy content, and detect impurities more easily.

High Accuracy and Reliable Results

The X-MAY20 integrates an intelligent FP algorithm, standard curve method, and other advanced analysis algorithms. These methods help improve testing accuracy and stability.

The system offers a low detection limit and high measurement precision. It provides reliable component analysis for metal manufacturing, quality inspection, recycling, and research applications.

Wide Gold Testing Range

The X-MAY20 can identify a wide range of gold types, from 1K gold to 24K gold. It suits gold purity testing in jewelry stores, precious metal testing labs, quality control departments, and K gold production.

It helps users confirm gold content and evaluate product authenticity with confidence.

Safe and Easy Operation

The analyzer includes a material sensing function and an intelligent status display lamp. These features help users monitor the testing process in real time.

The safety design protects both the operator and the instrument. It also makes daily testing easier and more efficient.

Wide Application Fields

The X-MAY20 Spectral Metal Analyzer works well in metal manufacturing, jewelry testing, quality inspection, precious metal recycling, and research and development. It is especially useful in the K gold industry, where accurate composition and purity testing are essential.

With non-destructive testing, multi-element analysis, and high measurement accuracy, the X-MAY20 provides a reliable solution for modern metal analysis.

Features：

• Fast: no calibration, direct detection, the first result takes only 1-2 seconds, and reaches a stable state within 5 seconds.
• Accuracy: the degree of closeness between the average value and the standard value is generally determined by the relative error (RE).
• Stability: the stability of multiple measurements is generally determined by the relative standard variance (RSD) index.
• Intelligence: integrated with intelligent FP algorithm, standard curve method and other advanced algorithms to achieve high precision testing.
• Small: The product is small and exquisite, and easy to carry and use in the car, ensuring a satisfactory use experience.
• Data: Support various forms of output data results A4 report, such as WIFI, Bluetooth and email, U disk, etc.

Specifications

Application

X-MAY20 Spectral Metal Analyzer: Precision XRF Metal Analysis

The X-MAY20 Spectral Metal Analyzer is a high-precision desktop X-Ray Fluorescence (XRF) analyzer designed for fast, accurate, and non-destructive analysis of metals, precious metals, alloys, ores, concentrates, and recycled materials. Using advanced XRF technology, the device identifies and quantifies the elemental composition of a sample by detecting the characteristic fluorescent X-rays emitted from the material after excitation by an X-ray source. This enables users to obtain reliable elemental results within seconds without damaging the sample or requiring chemical preparation.

Designed for applications in jewelry testing, metal manufacturing, mining, recycling, quality control, and laboratory analysis, the X-MAY20 can measure a wide range of elements including Au, Ag, Pt, Pd, Cu, Zn, Ni, Cd, Ir, Re, W, Ru, Rh, Os, Fe, Mn, Cr, Co, Pb, In and other detectable elements. It is especially suitable for gold purity testing, alloy identification, ore grade evaluation, scrap metal sorting, and verification of high-value metal products.

Advanced Technology and Device Architecture

X-Ray Fluorescence Testing Principle

The X-MAY20 operates based on X-Ray Fluorescence technology. During the test, the X-ray tube irradiates the surface of the sample. The atoms in the sample are excited and emit secondary fluorescent X-rays that are unique to each element. The detector captures these signals, and the built-in intelligent software converts them into qualitative and quantitative elemental results. This method provides a fast, safe, and non-destructive way to determine the composition and purity of metal samples.

Detector System and Data Acquisition

Equipped with a Si-PIN detector and intelligent FP algorithm, the X-MAY20 provides stable and accurate elemental analysis. The system measures both the energy and intensity of fluorescent X-rays, allowing it to identify elements and calculate their concentration. The integrated HD camera assists in sample positioning and observation, while the touchscreen interface allows operators to select testing modes, view results, and generate reports easily.

Step-by-Step Testing Workflow

Sample Preparation

The X-MAY20 requires little to no sample preparation. Solid metal samples, jewelry, ores, concentrates, powders, and recycled metal materials can be placed directly into the testing chamber. Since the test is non-destructive, valuable samples such as gold, silver, platinum, and jewelry items remain intact after analysis.

Analysis Process

After placing the sample in the chamber, the operator selects the appropriate testing mode on the touchscreen interface. The X-ray source excites the sample, and the detector collects the emitted fluorescent signals. The intelligent software analyzes the spectrum, identifies the elements, and calculates their percentages. The first result can be obtained within 1–2 seconds, and the system reaches stable results within approximately 5 seconds.

Result Interpretation

The X-MAY20 automatically displays the elemental composition and purity information on the screen. The results can be used for metal grade identification, precious metal purity verification, alloy classification, and quality inspection. Reports can be exported through U disk, Wi-Fi, Bluetooth, or email, supporting efficient documentation and quality control workflows.

Applications and Use Cases

Precious Metals and Jewelry Testing

The X-MAY20 is ideal for testing gold, silver, platinum, palladium, and jewelry products. It can verify purity, identify alloy composition, and help detect counterfeit or plated items without damaging valuable samples.

Metal Alloy Identification

The analyzer is suitable for identifying stainless steel, tool steel, brass, bronze, copper alloys, and other industrial metals. It helps users verify material grades and ensure compliance with production and quality standards.

Mining and Mineral Processing

The device can be used for ore analysis, concentrate testing, mineral grade verification, and exploration support. Its fast and reliable XRF analysis helps improve decision-making in mining and mineral processing operations.

Recycling Industry

The X-MAY20 supports scrap metal sorting, alloy classification, and valuable metal recovery. By quickly identifying the elemental composition of recycled materials, it improves sorting efficiency and material value assessment.

Key Advantages

• Non-destructive testing with no damage to the sample
• Fast analysis with first results in 1–2 seconds
• Accurate and stable results using intelligent FP algorithm
• Suitable for precious metals, alloys, ores, concentrates, and scrap metals
• No chemical reagents or complex sample preparation required
• Integrated HD camera for sample observation and positioning
• Touchscreen operation for easy and efficient testing
• Data export via U disk, Wi-Fi, Bluetooth, and email
• Compact desktop design for laboratory, industrial, and commercial use
• Wide elemental analysis capability for metal quality control and purity testing