Rigaku Supermini200 (Benchtop WDXRF Spectrometer)

Description

Key Features

1. Compact Benchtop Design:
   • Small footprint allows placement in limited laboratory spaces without compromising performance.
2. Wide Elemental Range:
   • Analyzes elements from fluorine (F) to uranium (U) with high accuracy and sensitivity.
3. High-Performance WDXRF:
   • Offers superior resolution compared to energy dispersive XRF (EDXRF), enabling precise separation of overlapping peaks.
4. Advanced Sample Versatility:
   • Accommodates solids, liquids, powders, and pressed pellets, requiring minimal sample preparation.
5. Robust Hardware:
   • Features a long-lasting X-ray tube and high-resolution analyzing crystals for reliable performance.
6. EZ Analysis Software:
   • Intuitive software for streamlined method setup, data acquisition, and reporting.
   • Includes pre-installed application packages for common analyses, such as cement, petroleum, and metals.
7. Eco-Friendly Operation:
   • Uses air-cooled X-ray tube, eliminating the need for external water-cooling systems.
   • Low power consumption reduces operational costs.

Technical Specifications

1. Elemental Detection Range:
   • Covers elements from F (atomic number 9) to U (atomic number 92).
2. Sample Chamber:
   • Spacious chamber supports various sample types, including irregularly shaped specimens.
3. Spectrometer Optics:
   • High-resolution crystal optics ensure precise peak identification and quantification.
4. Detection Limits:
   • Capable of detecting trace elements at ppm (parts per million) levels and major components at percentage levels.
5. X-ray Tube:
   • 200-watt, long-life X-ray tube optimized for stability and efficiency.
6. Environmental Modes:
   • Operates under ambient conditions, with optional helium or vacuum modes for improved light element detection.

Advantages

1. Space-Saving Design:
   • Ideal for labs with limited bench space while maintaining the capabilities of larger WDXRF systems.
2. Cost-Effective:
   • Lower operating costs due to reduced power and cooling requirements.
3. Ease of Use:
   • User-friendly software and straightforward operation reduce training time and improve workflow efficiency.
4. Accurate and Reliable:
   • Delivers consistent results with high precision, even for complex matrices.
5. Durable and Low-Maintenance:
   • Built to withstand rigorous use with minimal maintenance requirements.