EDX 600 PLUS X-ray Fluorescence Coating Thickness Tester
  • EDX 600 PLUS X-ray Fluorescence Coating Thickness Tester

EDX 600 PLUS X-ray Fluorescence Coating Thickness Tester

The EDX 600 PLUS X-ray Fluorescence Coating Thickness Tester represents a breakthrough in analytical instrumentation, featuring innovative bottom-illuminating technology that eliminates the need for liquid nitrogen and sample pretreatment. This advanced analyzer delivers precise measurements of coating thickness and metal ion concentrations in electroplating solutions, serving industries from aerospace to automotive manufacturing.

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EDX 600 PLUS X-ray Fluorescence Coating Thickness Tester

With its high-resolution FAST SDD detector (140eV resolution) and micro-focus X-ray tube, the instrument provides exceptional analytical accuracy for multi-layer coatings and complex alloys. The dual-screen display and one-button operation streamline workflow, while the ultra-small collimator (up to 0.1mm) enables measurement of minute components. Compliant with international standards, the EDX 600 PLUS offers unparalleled efficiency in quality control and cost calculation for electroplating processes.

Product Introduction

EDX 600 PLUS X-ray Fluorescence Coating Thickness Tester

1. Technical Overview

The EDX 600 PLUS represents the pinnacle of X-ray fluorescence technology, specifically engineered for precision coating thickness measurement and elemental analysis. Building upon Skyray Instrument's extensive experience, this instrument incorporates groundbreaking bottom-illuminating technology that revolutionizes traditional analytical methods. Unlike conventional instruments requiring complex sample preparation, the EDX 600 PLUS delivers immediate, accurate results without liquid nitrogen consumption or extensive pretreatment procedures.

EDX 600 PLUS X-ray Fluorescence Coating Thickness Tester

2. Advanced Hardware Configuration

The instrument's exceptional performance stems from its sophisticated hardware components. The imported high-power micro-focus X-ray tube ensures stable signal output, while the advanced FAST SDD detector with 140eV resolution provides unparalleled analytical precision. The collimator system offers remarkable flexibility, supporting configurations from 0.1mm to 0.3mm, enabling measurements of extremely small samples with unprecedented accuracy.

The innovative dual-screen display configuration enhances operational efficiency, allowing users to conduct measurements with single-button operation while maintaining clear visibility of both the sample and analytical data. This design significantly reduces operator training time and minimizes potential errors during testing procedures.

EDX 600 PLUS X-ray Fluorescence Coating Thickness Tester

3. Technical Specifications and Performance

The EDX 600 PLUS demonstrates superior performance across critical parameters. It measures elements from Aluminum (13Al) to Uranium (92U) with remarkable precision, achieving metal coating analysis as thin as 0.005 μm. The instrument's content analysis range spans 0.1% to 99.9% with accuracy better than 0.5%, while maintaining exceptional stability with 0.5% measurement repeatability.

Comparative analysis with the standard EDX 600 model reveals significant advancements. The PLUS version features enhanced detection capabilities, improved resolution, and expanded analytical range. The FAST SDD detector replaces the conventional proportional counter, while the advanced DPP digital multichannel analysis technology (4096 channels) offers superior data processing capabilities compared to the previous 1096-channel system.

4. Application Versatility

The instrument serves diverse industries with equal proficiency. In the photovoltaic sector, it ensures coating quality on solar components. Automotive manufacturers rely on its precision for critical part inspections, while aerospace applications benefit from its ability to analyze specialized coatings. The electronics industry utilizes it for PCB quality control, particularly for gold finger thickness verification.

Case studies demonstrate the instrument's exceptional performance. In ZnNi-Fe coating analysis, it achieved a mean thickness of 3.785 μm with minimal standard deviation (0.034 μm). For PCB gold finger testing, the instrument consistently measured gold thickness around 0.867 μm with remarkable stability (RSD of 0.87%), proving its reliability for quality control in precision electronics manufacturing.

5. Design Innovations and User Experience

The EDX 600 PLUS incorporates several groundbreaking design features. The bottom-illuminating design simplifies sample placement and measurement processes. The advanced light path design reduces spot scattering, facilitating testing of smaller components. The high-resolution zoom camera coupled with sophisticated distance correction algorithms enables precise analysis of irregular surfaces, including concave, arched, and threaded specimens.

User interface design prioritizes operational efficiency. The software features intuitive controls with multi-language support, including Chinese remarks alongside spectra displays. Real-time hardware monitoring ensures operational safety and reliability, while the comprehensive data management system allows for efficient result tracking and reporting.

6. Safety and Compliance

Safety engineering meets highest standards with multiple protection layers. The platform's protruding design and automatic shutdown mechanism when opened ensure operator safety. Heavy metal and lead glass radiation protection provides secure operation environment. The instrument complies with international safety standards and carries ISO9001:2015 quality certification, guaranteeing reliability for industrial applications.

7. Technical Support and Global Service

Backed by Skyray's global presence across 140 countries, the EDX 600 PLUS comes with comprehensive support services. The company provides installation guidance, operator training, and ongoing technical support. With service hotlines and global distribution network, users receive prompt assistance for optimal instrument performance throughout its operational lifespan.


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