Mössbauer Spectrometers for the Future
Revolutionary TenBeam technology: 10x higher efficiency, 10 samples at once.
Professional solutions for research and industry.
Accelerate your data collection by a factor of 10. Perfect for comparative studies and high-throughput labs.
Our Revolutionary MultiBeam technology
For Researchers
Product Range
- OLTWINS TenBeam: High-throughput system
- Compact & Standard: Portable units
- Components: Transducers, Detectors, Soft
OLTWINS: High-Efficiency Mössbauer Spectroscopy Systems Sub-headline: Modular and Versatile Solutions for Research and Industry
Welcome to OLTWINS, the next generation of Mössbauer spectroscopy. Developed by the Department of Experimental Physics at Palacký University Olomouc, our system represents a paradigm shift in data acquisition efficiency.
Why Choose OLTWINS?
- Ten-in-One Efficiency: Our flagship multi-beam configuration is up to ten times more efficient than conventional spectrometers, allowing for simultaneous measurements from a single source.
- Comprehensive Solutions: We offer tailored instrumentation for any Mössbauer technique, including transmission, backscattering, and specialized resonance configurations.
- Proven Reliability: OLTWINS systems are rigorously field-tested in both high-level academic research and industrial applications.
for pricing..... oltwins@upol.cz
The OLTWINS System OLTWINS is a modular, versatile platform for Mössbauer spectroscopy developed by the Department of Experimental Physics at Palacký University in Olomouc.
Technical Excellence: The system is powered by the advanced OLTWINS e-unit, utilizing FPGA and microcontroller technology to provide high-precision motion control for linear motors and high-speed digital signal processing. By integrating stable linear motors and optimized detection systems, OLTWINS ensures superior data quality.
Applications:
- High-Throughput Transmission Spectroscopy: Up to ten times more efficient for rapid data collection across wide temperature ranges.
- Reflection Geometry: Optimized for gamma backscattering experiments.
- Advanced Techniques: Comprehensive support for Conversion X-ray (CXMS), Conversion Electron (CEMS), and Time-Differential Mössbauer Spectroscopy (TDMS).
- Nuclear Quantum Optics: Capable of measuring excited-state lifetimes and coincidence experiments.
Key Advantages:
- Modularity: Easily scalable from single-beam to ten-beam setups.
- Autotuning: Proprietary procedures eliminate the need for manual PID regulation.
- Universal Compatibility: Seamlessly integrates with various "double loudspeaker" transducers and standard detectors.
Adventages
- Modularity.
- Up to TEN spectrometers in one.
- Efficient using of the source activity.
- Autotuning.
- Compatibility with different "double loud speaker" based transducers.
- Compatibility with different detectors
MultiBeam Technology
Tis new revolution technology is based on our electronics and transducers (Doppler velocity modulation unit).
The basic scheme is shown in the following figure:
