CIT-3000SME Energy Dispersive X-ray Fluorescence Analyzer

Product Description, Technical Parameters and Configuration:

The CIT-3000SME Energy Dispersive X-ray Fluorescence Analyzer is a state-of-the-art, domestically leading all-element analytical instrument launched by Xinda Company. It utilizes a low-energy X-ray tube for excitation, features an advanced semiconductor electro-cooled detector for detection, and is designed with an upper-illuminated structure for vacuum measurement of powder samples. With a wide range of analysis elements, it employs 2048-channel digital multi-channel pulse analysis technology for precise X-ray spectrum analysis, enabling rapid and accurate analysis of over 30 elements in a single run. One unit is equivalent to a laboratory, and it is one of the important analytical methods in modern analytical chemistry.

Application Scope:

Iron and Steel Industry: various components analysis including pig iron, slag, ore, sinter, pellet, titanium concentrate, iron concentrate, iron ore, etc.

Inorganic non-metallic materials: Sample composition analysis of talc, kaolin, dolomite, limestone, glass, ceramics, cement, etc.

Color Industry: Various samples from aluminum plants, lead-zinc ore, copper ore, silver ore, molybdenum ore, etc., with various component analyses.

Geological Industry: Geologic Exploration, Full-Element Analysis of Rock and Mineral Powder Samples

Feature Highlights

1. Unique overhead light path structure (a testing platform for an automated energy-dispersive X-ray fluorescence analyzer, Patent No.: ZL201310446659.5, 2016) featuring an automatic sample lifting and measuring platform with a spin system, suitable for measuring powdered samples. It boasts non-contaminating detectors, ease of maintenance, and excellent reproducibility.

2. Utilizes full digital spectrum analysis technology (a high-speed digital separation method for nuclear pulse signals, system, and digital spectrometer, invention patent: ZL201410000626.2, 2015), with high counting rate, no missed counts, and good stability.

3. Tube-illuminated samples, no radioactive source, non-toxic and non-polluting, multi-level safety design, ensuring the entire instrument's radiation fully complies with national radiation protection standards (provides exemption management documents issued by provincial or higher environmental protection departments), offering users peace of mind and reliability.

4. Utilizes the latest electro-optic silicon drift detector technology, offering a wide range of analytical elements and high resolution.

5. Utilizes a high-vacuum sample device, eliminating air obstruction of low-energy X-rays, ensuring accurate analysis of light elements.

6. Sample Types: Powdered, Solid.

7. Internal Environment: Air or Vacuum

8. Utilizes automatic peak detection and S-standard sample measurement methods to ensure the instrument's short-term and long-term stability.

9. Automatically switches between different filters and collimators based on varying samples, ensuring measurement accuracy for various types of samples.

10. Open-loop working curve calibration platform, customizable material testing and analysis, as well as control solutions.

11. Customize report formats (Excel, PDF, etc.) to meet various statistical and formatting requirements.

12. User-friendly design, integrated structure, adaptable to various environments, continuous 24/7 operation, low failure rate.

13. Professional analytical software featuring pattern recognition, automatic categorization, an open software operation platform, and ease for users to add various sample types and categories according to their needs without software limitations. It integrates a series of advanced spectral processing methods, including FFT (Fast Fourier Transform filtering), precise background subtraction techniques, automatic peak detection with微商, and Quasi-Newton optimization algorithms.

14. Real-time measurement and display of a 2048-channel spectrometer, fine analysis of the sample's X-spectrum, automatic identification of spectral lines, and ease in understanding the composition of the sample.

15. Fast, non-destructive, and accurate analysis of multiple elements in one go.

16. Data management includes user passwords, enhances the seriousness of test data, and ensures the reliability of quality control.

Technical Specifications:

Element Analysis Range: Na (Sodium) - U (Uranium)

2. Measurement Time: 30-200 seconds

3. Detector: High-resolution imported detector

4. Instrument Resolution: Better than 100 eV

5. High Voltage: 5KV-50KV

6. Tube Flow: 5µA-1000µA

7. Digital Multi-Channel Analyzer: 2048 Channels

8. Automatic Baseline Drift Calibration

9. Instrumental Analysis Accuracy: RSD ≤ 0.05% (based on statistical data from 20 consecutive analyses of the same sample)

10. Input Voltage: AC 220V±10%, 50Hz

11. Environmental Humidity: 30% - 80% 12. Instrument Structure: Overhead structure suitable for powder sample testing, equipped with an adjustable platform and a spinning system. 13. Collimators and Filters: Composite multi-group automatic switching 14. High-definition Sample Camera: 5 million pixels 15. Vacuum Level: High vacuum 16. Instrument Cooling Method: Air-cooled 17. Net Weight of Instrument Main Unit: 80Kg