XRF Coating Thickness and RoHS Analyzer for Multi-Element Material Testing EDS8800PLUS | AELAB

Overview

The AELAB EDS8800PLUS coating thickness & RoHS analyzer performs coating thickness measurement and multi-element testing using controlled tube voltage and tube current settings for analytical workflows. EDS8800PLUS supports solid, powder, and liquid sample forms and uses a digital multichannel analyzer with an Amptek (USA) detector for stable signal acquisition.

The AELAB EDS8800PLUS coating thickness & RoHS analyzer integrates an HD camera for sample observation and positioning, supports 8 selectable collimator sizes, and delivers 5–100 sec test time for routine laboratory and industrial testing. EDS8800PLUS provides a 450 × 310 × 120 mm sample chamber and is supplied with qualitative and quantitative analysis software for data processing.

⚙️ Design & Construction

The AELAB EDS8800PLUS coating thickness & RoHS analyzer is configured with a digital multichannel analyzer and an Amptek (USA) detector type to stabilize detection and support multi-element material testing. EDS8800PLUS includes an HD camera to guide sample positioning within the 450 × 310 × 120 mm sample chamber. The instrument footprint is defined by external dimensions of 570 × 410 × 350 mm with a mass of 46 kg for bench or lab-floor placement.

🔬 Working Principle / Testing Method

The AELAB EDS8800PLUS coating thickness & RoHS analyzer performs controlled testing by regulating Tube Voltage (5–50 kV) and Tube Current (0–1000 µA) and processing the acquired signal through a digital multichannel analyzer. EDS8800PLUS uses selectable multi-collimator switches (0.2 mm to 8 mm) to match measurement spot selection to the sample position and to test different positions of the sample with controlled exposure conditions.

💡 Key Advantages

• EDS8800PLUS coating thickness & RoHS analyzer measures coating thickness across 0.005–50 µm with stated Accuracy 0.005 µm for analytical testing workflows
• AELAB EDS8800PLUS supports solid, powder, and liquid sample forms for laboratory and industrial testing
• Tube Voltage 5–50 kV and Tube Current 0–1000 µA enable regulated test conditions for coating thickness and RoHS screening tasks
• EDS8800PLUS includes an HD camera for sample positioning and observation during testing
• Digital multichannel analyzer configuration supports stable multi-element signal processing in the EDS8800PLUS analyzer
• Multi-collimator switches provide 8 collimator sizes (0.2 mm, 0.5 mm, 1 mm, 2 mm, 3 mm, 4 mm, 6 mm, 8 mm) to select measurement areas
• qualitative and quantitative analysis software supports data processing for AELAB EDS8800PLUS testing results

🔗 Connectivity & Integration

The AELAB EDS8800PLUS coating thickness & RoHS analyzer is supplied with qualitative and quantitative analysis software for data evaluation. Connectivity interfaces (for example USB, network, or wireless transfer) and file export formats are not specified in the provided EDS8800PLUS data and should be verified in the official AELAB catalog before procurement or validation planning.

🧪 Testing Applications

The AELAB EDS8800PLUS coating thickness & RoHS analyzer is applied to coating thickness measurement and RoHS-related screening workflows where regulated test time (5–100 sec) and selectable collimator sizes support measurement across different sample positions. EDS8800PLUS supports multi-element testing across 82 elements from sodium (Na) to uranium (U), with up to 26 elements measured simultaneously per test for precious metals industry use, enabling structured material evaluation for laboratory and industrial quality control.

Compliance & Quality Assurance

AELAB EDS8800PLUS coating thickness & RoHS analyzer supports controlled testing through regulated Tube Voltage (5–50 kV) and Tube Current (0–1000 µA) and uses qualitative and quantitative analysis software for result processing. Formal compliance statements (ISO, CE, GLP), calibration traceability, and validation documentation are not included in the provided EDS8800PLUS data and should be verified against the official AELAB catalog to align with regulated laboratory QA and audit requirements.

Specifications

Features and Applications

AELAB EDS8800PLUS Coating Thickness & RoHS Analyzer 

The EDS8800PLUS | AELAB is a versatile and high-precision analyzer designed for industrial, laboratory, and quality control environments. It provides comprehensive testing capabilities for coating thickness measurement and multi-element material analysis while maintaining non-destructive evaluation of valuable or delicate samples.

Features

• High-precision coating thickness measurement from 0.005 μm to 50 μm
• Supports multi-element analysis of up to 82 elements simultaneously
• Non-destructive testing for solid, powder, and liquid samples
• HD camera for accurate sample positioning and observation
• Eight selectable collimator sizes (0.2 mm – 8 mm) for flexible spot analysis
• Digital multichannel analyzer for stable signal acquisition
• Tube voltage adjustable from 5 kV to 50 kV and tube current 0–1000 μA
• Compact sample chamber: 450 × 310 × 120 mm
• External dimensions: 570 × 410 × 350 mm, weight 46 kg
• Qualitative and quantitative analysis software for comprehensive data processing
• Fast test times from 5 to 100 seconds depending on sample and measurement type

Key Industrial and Laboratory Applications

• Industrial Quality Control: Accurately measure coating thickness on a wide variety of components including metal parts, plated products, electronic assemblies, and precision-engineered items. Ensure compliance with internal and external manufacturing standards.
• Environmental & Regulatory Compliance: Screen materials for RoHS compliance and restricted substances, testing up to 82 elements from sodium (Na) to uranium (U) with the capability of analyzing up to 26 elements simultaneously. Ideal for electronics, electrical equipment, and export-oriented industries.
• Laboratory Research: Analyze solid, powder, and liquid samples for experimental studies, surface treatment evaluations, and multi-element material research. Supports academic and industrial research requiring high-precision, repeatable results.
• Surface & Coating Analysis: Evaluate plated or coated surfaces for uniformity, thickness, and composition. Critical in automotive, aerospace, electronics, and metal finishing industries to ensure consistent coating application.
• Sample Positioning & Spot Analysis: Use the integrated HD camera and eight selectable collimator sizes to accurately position samples and measure specific points, accommodating complex shapes and small components.
• Process Optimization: Monitor production lines and coating processes to identify inconsistencies, optimize material use, and minimize waste, improving both efficiency and product quality.
• Non-Destructive Multi-Element Testing: Perform rapid, non-destructive XRF testing to determine elemental composition, enabling high-throughput screening while preserving sample integrity.
• Compliance Documentation & Traceability: Generate reliable data that supports regulatory compliance, audit trails, and reporting requirements in industrial and laboratory workflows.

Step-by-Step Testing Workflow

• Sample Preparation: Select and clean the sample. Place it securely inside the sample chamber of size 450 × 310 × 120 mm.
• Positioning: Use the integrated HD camera to observe the sample and align the testing area accurately. Adjust the sample placement for multiple spots if required.
• Select Collimator: Choose the appropriate collimator size (0.2 mm – 8 mm) depending on the sample size and desired measurement spot.
• Set Parameters: Configure tube voltage (5–50 kV) and tube current (0–1000 μA) according to sample type and measurement requirements.
• Start Measurement: Initiate the testing sequence. The EDS8800PLUS will perform non-destructive XRF analysis for coating thickness and elemental composition.
• Data Collection: The digital multichannel analyzer collects signals and converts them into precise quantitative and qualitative data.
• Review Results: Observe the results on the device interface or export them using supported software options. Verify coating uniformity, elemental composition, and RoHS compliance.
• Repeat if Needed: For multiple spots or batch testing, reposition the sample and repeat the measurement to ensure comprehensive coverage.