ROHS ID - Difference between EU ROHS
European companies are now grappling with export concerns, unlike the previous phase when enterprises were frantically updating production equipment and seeking substitute suppliers. This is because they are unaware of how the requirements for 'product labeling' and 'mandatory certification' within the RoHS directive they didn't know about will actually pan out." A representative from a member company of the European Chamber of Commerce told the reporter.
He refers to the "RoHS directive" as the "Electronic Information Product Pollution Control and Management Measures" (hereinafter referred to as the "Measures"), which was formulated by the Ministry of Information Industry on February 28, 2006, and will be officially implemented on March 1, 2007. Due to the six substances restricted for use being identical to those in the EU RoHS directive, it is also known as "the RoHS." Prior to this, the EU RoHS directive had created numerous barriers for enterprises entering the EU market.
However, due to significant differences in requirements for product labels, usage of packaging markings, demand for recyclable materials, and whether mandatory certification is enforced, European exporting companies are facing the dual challenge of two RoHS directives.
EU's "Self-Declaration" vs. "Mandatory Certification"
The EU RoHS directive adheres to the principle of "self-declaration" by enterprises. The directive does not require specific measurements or mandatory certification or labeling. Producers only need to undergo self-certification, indicating compliance with the market surveillance of EU member states, and declare that their products do not contain restricted-use hazardous substances to gain access.
In response to the need for optimized product performance and enhanced protection levels, we apply the latest high-voltage power supplies and X-ray tubes to improve product reliability; leverage the high power of the new X-ray tubes to increase testing efficiency of the instruments.
Performance Features
Below template: Satisfies testing requirements for various shaped samples
Collimators and Filters: Electric switching of various collimators and filters for diverse testing applications
Platform: Precision manual platform, convenient for locating test points
High-resolution detector: Enhances analysis accuracy
Next-generation high-voltage power supplies and X-ray tubes: stable and reliable performance, with power up to 50W for enhanced testing efficiency.

The X-ray Fluorescence Spectrometer can simultaneously analyze the content of over thirty elements, meeting the composition analysis requirements for materials such as copper alloys, stainless steel, high-temperature alloys, ternary alloys, quaternary alloys, tungsten alloys, etc., excluding ROHS, as well as the thickness measurement of metal coatings like gold, silver, copper, nickel, tin, zinc, and chromium.
Analytical performance, low detection limits, laboratory-grade analytical precision
On-site inspection ensures no damage to the sample, providing high-repeatability element analysis results in a very short time.
Over 40 elements between Mg and U can be analyzed.
Easy to operate, only requires a brief training for the operators to get started.
9-inch ultra-large reversible color touch screen: easy for data observation from any angle
Utilizing LEXAN plastic sealed housing, it is sturdy and durable, dustproof, waterproof, and corrosion-resistant, capable of operating in harsh environments.
Configuration of Failure Prediction (FP) Analysis Software
Custom-designed, maintenance-free cooling system, no air filter required
Achieves rapid and accurate analysis and identification of elements from magnesium (Mg) to uranium (U), featuring a tiny beam size, is platform-compatible, and boasts a symmetrical optical system and laser focusing tube, which endows the instrument with unprecedented analytical power. Perfectly suited for the detection of small sample components, solids, liquids, and powders. The powerful FP algorithm package simplifies daily curve calibration tasks.
Technical Specifications
Element analysis range from sulfur (S) to uranium (U)
Analysis detection limit up to 1 ppm
The analysis content typically ranges from 1ppm to 99.99%.
Multiple selectable analysis and identification models
Mutual Matrix Effect Correction Model
Multivariate Nonlinear Regression Program
Temperature range: 15°C to 30°C
Power: AC 220V, 5V; recommended to configure an AC purification and voltage stabilizing power supply.
Energy Resolution: 1605 eV
Dimensions: 550416333mm
Sample cavity size: 460 x 298 x 98 mm
Weight: 45 kg
Standard Configuration
Sample Platform
Signal-to-Noise Ratio Amplifier
Electro-cooled Si-PIN detector
Signal Detection Electronic Circuit
High and low voltage power supplies
High-power X-ray tube
Computers and inkjet printers
Performance Features
Below pattern: capable of meeting testing requirements for various shaped samples
Collimators and Filters: Electrically switchable between various collimators and filters, catering to different testing methods.
Platform: Precision manual platform for easy location of test points
High-resolution detector: Enhances analysis accuracy
Next-generation high-voltage power supplies and X-ray tubes: stable and reliable performance, with up to 50W power for enhanced testing efficiency.
Application Fields
RoHS Compliance Testing Analysis
Geological and Alloy (copper, stainless steel, etc.) Composition Analysis
Thickness measurement of metal coatings, determination of electroplating solution and coating content

ROHS tester excites X-ray source
Performance, trace X fluorescence detection
Durable, stable, and accurate without loss
High level of automation, high-definition camera
Software
Signal-to-Noise Ratio Amplifier
User-friendly design
The widespread application of ROHS testers in various fields. To optimize product performance and enhance safety protection levels, the latest high-voltage power supplies and X-ray tubes are utilized to improve product reliability. The increased power of the new X-ray tubes boosts the testing efficiency of the instrument.
Application Fields
Rapid Solid Waste Detection
Geological and Alloy (copper, stainless steel, etc.) Composition Analysis
Thickness measurement of metal coatings, determination of electroplating solution and coating content
Gold, platinum, silver, and other precious metals; content detection for various ornaments
Primarily used in the solid waste industry, precious metal processing, and decorative processing; banks, jewelry sales and testing institutions; electroplating industry
Performance Advantages
Next style: Satisfies testing requirements for various shaped samples
Collimators and Filters: Electric switching of various collimators and filters, catering to diverse testing methods.
Platform: Precision manual platform for easy location of test points
High-resolution detector: Enhances analysis accuracy
The latest generation high-voltage power supplies and X-ray tubes: stable performance and reliable, achieving higher testing efficiency
Technical Specifications
Element Analysis Range: Phosphorus (P) to Uranium (U)
Detection Limit: 1 ppm
Analysis Content: ppm ~ 99.99%
Multiple selectable analysis and identification models
Mutual Matrix Effect Correction Model
Multivariate Nonlinear Regression Program
Ambient Temperature: 15℃ to 30℃
Power: AC 220V, 5V; recommended to configure an AC purification and voltage stabilizer.
Energy Resolution: 1445 eV
Sample cavity dimensions: 439mm x 300mm x 50mm
Instrument Dimensions: 550mm x 410mm x 320mm
Instrument Weight: 45 kg
Instrumentation configuration
Sample Platform
Signal-to-Noise Ratio Amplifier
SDD Detector
Signal Detection Electronic Circuit
High and low voltage power sources
High-power X-ray tube
Computers and inkjet printers
After-Sales Service Commitment:
When our customers purchase our products, we provide thorough, meticulous, enthusiastic, and timely pre-sales, in-sales, and after-sales services. This ensures that our customers can use the ROHS halogen testing equipment without any worries, truly experiencing the convenience and profit value our products bring to them, and purchasing instruments with the best value for money.
Our company has technical support outlets in every city across the country. We maintain strict quality control and strive for excellence in technology. Our products are shipped with foam padding and wooden boxes, then air freighted to our branch offices nationwide for calibration and testing. Subsequently, they are delivered to the customer's location for installation and training. Our products provide timely and thorough service before, during, and after sales, earning us the trust and friendship of our customers.

The ROHS tester performs initial screening on electronic products, rapidly detecting heavy metals and halogens. The test samples can be scanned quickly, such as initially using an XRF instrument for a rough measurement of the sample. If regulated elements exceed or approach the control standards, further confirmation is made using chemical methods. This combination of physical and chemical testing can significantly reduce testing costs and shorten the testing cycle, thereby increasing efficiency unobtrusively, which is beneficial for profit for production units.
Product Description, Technical Parameters and Configuration
Instrument Introduction
For wide application across various fields, in response to the needs for optimizing product performance and enhancing safety protection levels, we utilize the latest high-voltage power supplies and X-ray tubes to boost product reliability; and leverage the high power of the new X-ray tubes to increase testing efficiency of the instruments.
Performance Features
Below pattern: capable of meeting testing requirements for various shapes of samples
Collimators and Filters: Electric switching of various collimators and filters, catering to a range of testing methods.
Platform: Precision manual platform, convenient for locating test points
High-resolution detector: Enhances analysis accuracy
The latest generation high-voltage power supplies and X-ray tubes: stable and reliable performance, with a power up to 50W for increased testing efficiency.
Technical Specifications
Element analysis range from sulfur (S) to uranium (U)
The detection limit analysis can reach 1 ppm.
Analysis content typically ranges from 1ppm to 99.99%.
Any number of selectable analysis and identification models
Mutual Matrix Effect Correction Model
Multivariate Nonlinear Regression Program
Temperature range is 15℃ to 30℃.
Power: AC 220V, 5V; recommended to configure an AC purification and voltage stabilizing power supply.
Energy Resolution: 1605 eV
Dimensions: 550416333mm
Sample cavity size: 460 x 298 x 98 mm
Weight: 45 kg
Standard Configuration
Sample Platform
Electro-cooled Si-PIN Detector
Signal Detection Electronic Circuit
High and low voltage power supply
High-power X-ray tube
Computers and inkjet printers
Application Fields
RoHS Compliance Testing Analysis
Geological and Alloy (copper, stainless steel, etc.) Composition Analysis
Thickness measurement of metal coatings, determination of electroplating solution and coating content
Gold, platinum, silver and other precious metals, as well as various ornaments' content detection