EDX1800E X-ray Fluorescence Spectrometer

 The instrument's innovative down-lighting design accommodates samples of various shapes, while automatic collimator and filter switching ensure testing precision. With capabilities to analyze 75 elements from Sulfur to Uranium, it serves diverse industries including electronics, automotive, and environmental monitoring. The enhanced safety features and streamlined operation make it an ideal solution for quality control and regulatory compliance.

Product Introduction

1. Technical Overview and Design Philosophy

The EDX1800E X-ray Fluorescence Spectrometer builds upon the successful foundation of its predecessor, the EDX1800B, incorporating substantial improvements in both performance and safety features. This advanced analytical instrument is specifically engineered to meet the growing demands of modern industrial quality control and regulatory compliance testing. The spectrometer's design reflects a perfect balance between analytical precision, operational efficiency, and user safety, making it suitable for various applications from research laboratories to production floor quality assurance.

The instrument's core architecture integrates a high-power X-ray tube capable of delivering up to 100W power, significantly enhancing testing efficiency while maintaining exceptional stability. The copper shell design ensures optimal heat dissipation, substantially extending the component's service life and ensuring consistent performance over extended operational periods.

2. Advanced Detection System and Performance Specifications

At the heart of the EDX1800E lies a state-of-the-art SDD detector manufactured with internationally leading technology, providing superior energy resolution of 144±5eV. This represents a significant improvement over previous models, enabling more accurate element identification and quantification. The detection system covers an impressive analytical range from Sulfur (S) to Uranium (U), with detection limits reaching 1ppm and analytical content range spanning 1ppm to 99.99%.

The spectrometer demonstrates exceptional measurement precision, achieving 0.05% repeatability for samples with content exceeding 96%. Long-term stability is equally impressive, maintaining 0.05% consistency under continuous operation conditions. These specifications make the instrument particularly valuable for applications requiring high precision and reliability, such as RoHS compliance verification and quality control in manufacturing processes.

3. Application Versatility and Industry Solutions

The EDX1800E serves a wide spectrum of industrial applications with equal proficiency. In RoHS and halogen-free compliance testing, it delivers exceptional accuracy with deviation as low as ±50ppm for 1000ppm samples and ±10ppm for 100ppm samples. The instrument's capability extends to comprehensive coating thickness analysis for metal coatings and content measurement for electroplating solutions, making it indispensable for surface treatment industries.

APPLICATION

APPLICATION

APPLICATION

For the electronics sector, the spectrometer provides crucial analytical data for component verification and material certification. The automotive industry benefits from its precise material composition analysis capabilities, while environmental monitoring applications leverage its sensitive heavy metal detection features. The instrument's versatility is further enhanced by its ability to handle samples of various shapes and sizes through the innovative down-lighting design configuration.

4. Software Capabilities and User Experience

The EDX1800E is supported by comprehensive analytical software featuring multiple operation modes and advanced data processing capabilities. The software incorporates fundamental parameter analysis algorithms, enabling both qualitative and quantitative analysis without requiring standard samples. Users can choose from various analytical methods including total-area, net-area, Gaussian fitting, multi-component fitting, and pure element fitting approaches.

The software interface is designed for both novice and experienced users, featuring automatic element recognition functions and virtual spectrum superposition capabilities. Password-protected technical management authority ensures data integrity, while customizable reporting functions facilitate result documentation and compliance certification. The system supports both Chinese and English language interfaces, accommodating international users and multinational corporations.

5. Safety Engineering and Operational Reliability

Safety considerations are integral to the EDX1800E's design. The instrument incorporates multiple protection mechanisms including automatic safety locking during operation and emergency high-voltage power supply locks on the upper cover. The new generation X-ray tube features enhanced shielding, maintaining radiation levels equivalent to normal atmospheric conditions.

Operational parameters are carefully controlled within optimal ranges, with working temperature maintained between 15°C to 30°C and power supply requirements of AC 220V±5V. The instrument's compact dimensions (550mm×410mm×320mm) and 45kg weight make it suitable for various laboratory configurations while maintaining robust construction quality.

6. Comparative Advantages Over Previous Models

When compared to the EDX1800B, the E version demonstrates significant improvements across all technical parameters. The detector resolution improves from 160±5eV to 144±5eV, while measurement precision advances from 0.1% to 0.05%. The X-ray tube current capacity increases by 50%, from 1mA to 1.5mA, enhancing testing throughput and efficiency.

The enhanced model also expands its application range, successfully analyzing light elements including Na, Mg, Al, and Si that were beyond the capabilities of previous versions. These improvements position the EDX1800E as a superior solution for modern analytical requirements across diverse industries.