Rapid Ultra High Performance X-ray Absorption Fine Structure Spectroscopy
SKU:
$900,000.00
$900,000.00
per item
Bring our Rapid XAFS into your lab
Anhui absorption Spectroment Analysis Instrument High-throughput X-ray absorption spectroscopy—without beamtime, without delays.
From Waiting Months to Measuring Anytime
RapidXAFS is a laboratory-based XAFS system that enables:
Anhui absorption Spectroment Analysis Instrument High-throughput X-ray absorption spectroscopy—without beamtime, without delays.
- Run experiments anytime. Iterate freely. Get answers faster
From Waiting Months to Measuring Anytime
RapidXAFS is a laboratory-based XAFS system that enables:
- Real-time oxidation state analysis (XANES)
- Quantitative local structure determination (EXAFS)
- Continuous in situ / operando measurements
Applications:
Energy Materials
Track battery cycling, phase transitions, and degradation in real time.
Catalysis
Monitor active sites and reaction pathways under working conditions.
Environmental Science
Analyze metal speciation and pollutant transformations.
Advanced Materials
Study MOFs, nanomaterials, and coordination environments.
See What Actually Happens:
High Throughput, Fast ResultsAnalyze low-concentration samples (~1%) within 1 hour, enabling rapid iteration and accelerated research cycles.
Wide Energy Range & Element Coverage
Built for Real Research Workflows
Enables continuous experimentation for:
RapidXAFS systems are available in multiple configurations depending on:
INSTRUMENT PARAMETERS
Technical Specifications
Advanced System Features
Contact us for a customized quotation: [email protected]
Ready to Bring XAFS In-House?
Part of the publications:
Energy Materials
Track battery cycling, phase transitions, and degradation in real time.
Catalysis
Monitor active sites and reaction pathways under working conditions.
Environmental Science
Analyze metal speciation and pollutant transformations.
Advanced Materials
Study MOFs, nanomaterials, and coordination environments.
See What Actually Happens:
- Monitor Li-ion battery cycling in real time
- Track catalyst activation and reduction processes
- Capture dynamic coordination changes during reactions
High Throughput, Fast ResultsAnalyze low-concentration samples (~1%) within 1 hour, enabling rapid iteration and accelerated research cycles.
Wide Energy Range & Element Coverage
- Energy range: 4.5–15 keV (extendable to 20 keV)
- Supports 3d, 4d, 5d transition metals and rare earth elements
Built for Real Research Workflows
Enables continuous experimentation for:
- Energy materials
- Catalysis
- Environmental systems
- Battery systems
- Electrochemical cells
- Thermal catalysis
- Liquid-phase reactions
RapidXAFS systems are available in multiple configurations depending on:
- Energy range
- Detector setup
- In situ capabilities
INSTRUMENT PARAMETERS
Technical Specifications
- Energy Range
Extendable up to 15 keV - Element Coverage
Supports:- K-edge of 3d elements
- L-edge of 5d transition metals
- L-edge fluorescence of rare earth elements
- Photon Flux
Electron flux ≥ 1 × 10¹¹ - Energy Resolution
≤ 1.5 eV @ Cu Kα - Detection Limit
≤ 0.1 wt% - Repeatability
Energy shift ≤ 50 meV for repeated scans - Helium Atmosphere
Reduces X-ray absorption by air for improved signal quality
Advanced System Features
- High-Precision Monochromator
Equipped with high-quality Si or Ge single-crystal monochromators to ensure energy resolution across the full range - Modular In Situ / Operando Capability
Supports integration of customizable in situ systems, including:- High-temperature / low-temperature environments
- Multi-phase catalysis
- Electrocatalysi
- Integrated Data Processing System
Automatic data acquisition and real-time output of emission spectra during measurement—no additional processing steps required
Contact us for a customized quotation: [email protected]
Ready to Bring XAFS In-House?
- Request a demo
- Get a quotation
- Talk to our team
Part of the publications:
