Advanced ICP Optical Emission Spectrometer for Element Composition Testing

ICP-OES/ICP-AES Spectrometer

Precision Element Composition Analysis with Advanced Technology

Experience unparalleled accuracy in element composition analysis with our state-of-the-art ICP-OES/ICP-AES spectrometer. This optical emission spectrometer integrates a host of advanced features designed for safe, efficient, and high-performance operation.

Reliable Solid-State RF Power Supply
Our instrument utilizes a compact, solid-state radio frequency power supply that boasts high output efficiency and stable power delivery. It incorporates various safety mechanisms—including water path, gas path, and overload protection—ensuring enhanced safety and reduced instrument failure rates.

High Degree of Automation
The spectrometer is engineered for maximum automation, with all functions—except for the power switch—managed via intelligent software. This advanced software provides real-time feedback and prompts, streamlining operations and enhancing user experience.

Fully Automatic Ignition and Matching Technology
The software facilitates one-click ignition, automatically adjusting all parameter settings. With cutting-edge automatic matching technology, the ignition success rate is exceptionally high, making operation straightforward and efficient.

Intelligent Flame Monitoring
Equipped with an ultra-sensitive optical fiber sensor, the instrument continuously monitors flame conditions during operation. In the event of an abnormal flameout, the system automatically shuts down, prioritizing safety and reliability.

High-Precision Airflow Control System
Our spectrometer features a high-precision mass flow controller (MFC) that meticulously regulates the plasma gas, auxiliary gas, and carrier gas. This continuous adjustment capability ensures exceptional accuracy in test data.

Advanced Peristaltic Pump Sampling Device
The instrument includes a high-precision peristaltic pump with four channels and twelve rollers, ensuring accurate sample injection and preventing fluid accumulation. The pump speed can be continuously adjusted to accommodate various customer testing requirements.

Superior Optical Resolution
With a higher-resolution imported grating featuring 4,320 engraved lines, our spectrometer employs patented light path adjustment technology. This innovation reduces the resolution from approximately 0.008 NM to less than 0.005 NM, eliminating interference between test elements.

Extremely Sensitive Detector
The spectrometer is outfitted with a high-sensitivity photomultiplier tube (PMT) that automatically sets optimal testing parameters for various elements, ensuring accurate results without the need for refrigeration or purging, while also extending service life.

Cost-Effective Operation
Our instrument conserves resources by shutting down the power supply, cooling water tank, and gas supply when not in use, resulting in minimal operational costs. Immediate functionality is ensured without the need for long preheating times. Notably, it requires only 99.99% pure fluorine gas, allowing for a cost reduction of at least one-third compared to 99.999% purity requirements.

Automatic Position Adjustment
Featuring a two-dimensional mobile platform design, the instrument allows real-time adjustment of the torch position through software. This enables the identification of optimal observation positions via feedback signals, ensuring exceptional sensitivity and precise test results.

Specifications

• RF Power Supply: Independently developed all-solid-state design
• Output Power: 800-1600 W (continuously adjustable)
• Power Efficiency: Greater than 65%
• Working Frequency: 27.12 MHz
• Frequency Stability: Highly stable for consistent performance
• Ignition System: Fully automatic one-button ignition with automatic matching for stable and convenient operation
• Atomization System: Concentric atomizer featuring a cyclonic spray chamber
  • Intensity: 1PPMMN > 1,000,000 CPS
• Optical Path: CZERNY-TURNER type
  • Focal Length: 1000 MM
• Grating Type: Ion-etched holographic grating
  • Carving Area: 80 x 110 MM
• Resolution:
  • MN257.6: ≤0.005 NM (4320 grating)
  • 3600 Grating: ≤0.008 NM
  • 2400 Grating: ≤0.015 NM
• Wavelength Range:
  • 4320 Grating: 190-460 NM
  • 3600 Grating: 190-500 NM
  • 2400 Grating: 190-800 NM
• Input Power:
  • Voltage: AC 220 V
  • Current: 20 A

This comprehensive specification outline showcases the advanced features and capabilities of the instrument for optimal performance in element analysis.

Specifications:

• Wavelength Range: 190-800 NM
• Output Power: 800-1600 W
• Working Frequency: 27.12 MHz
• Frequency Stability: <0.05%
• Power Output Stability: <0.05%
• Input Power: AC 220V, 20A
• Czerny-Turner Optical Path: Focal Length 1000 MM
• Ion-Etched Holographic Grating: Carving Area (80x110) MM
• Concentric Circle Atomizer: 1PPMMN Intensity > 1,000,000 CPS

Enhance your elemental analysis capabilities with our ICP-OES/ICP-AES spectrometer, designed for precision, safety, and cost-effectiveness.