Simplifying Crystallographic Analysis
with Automation
FLEX AUTOPLANT brings together X-ray Diffraction (XRD) technology and advanced automation to
make crystallographic analysis easier, faster, and more reliable. Whether you’re optimizing
processes or exploring new materials, FLEX AUTOPLANT supports you at every step.
make crystallographic analysis easier, faster, and more reliable. Whether you’re optimizing
processes or exploring new materials, FLEX AUTOPLANT supports you at every step.
High-Throughput XRD Process Research Made Simple
FLEX AUTOPLANT redefines crystallographic research by integrating state-of-the-art X-ray Diffraction (XRD) with automated workflows. Designed to improve efficiency, reduce complexity, and enhance precision, it provides the tools you need to meet today’s research challenges.
Automation
Fully automated XRD workflows that minimize manual intervention, ensuring consistent, repeatable results and reducing errors in complex crystallographic studies.
Productivity
Maximize efficiency with parallel experiments and high-throughput screening, accelerating your research while maintaining accuracy and reproducibility.
Flexibility
Easily adapt to evolving research needs with configurable setups, modular reactor systems, and seamless integration of XRD technology into diverse workflows.
The FLEX AUTOPLANT with online XRD integration streamlines R&D workflows by combining automated synthesis, real-time XRD analysis, and advanced process control. With precise reaction setup, seamless monitoring, and automated post-reaction processes like filtration and crystallization, it ensures efficiency, consistency, and faster development cycles for a wide range of applications.
Exemplary integration with online XRD
Benefits
- Simplify XRD workflows with fully automated, high-throughput solutions.
- Enhance productivity and reduce manual steps, achieving up to 100x faster results compared to traditional methods.
- Ensure consistent, reproducible outcomes across crystallographic experiments.
- Reduce complexity with modular configurations tailored to your research needs.
- Optimize reaction and material analysis with seamless integration of XRD technology.
- Save time with user-friendly software for drag-and-drop experiment setup and data analysis.
Applications
- Characterization of crystal structures and materials in pharmaceuticals, polymers, and advanced composites.
- High-throughput screening for material discovery and process optimization.
- Development of catalysts, semiconductors, and energy storage materials.
- Research workflows in crystallization, phase identification, and polymorphism studies.
- Scale-up studies with precise control over reaction parameters.
- Supporting material science and industrial chemistry applications.
Comprehensive Features of FLEX AUTOPLANT and XRD Research
| Feature | Description |
|---|---|
| Fully Automated System | Enables high-throughput experimentation with minimal manual intervention. |
| High-Precision Reactor Configurations | Offers flexibility for diverse experimental setups, ensuring accurate and reliable processes. |
| Screwless, Self-Sealing Reactor Design | Enhances safety and reliability by eliminating the need for screws in reactor assembly. |
| Advanced Temperature Control | Provides internal and jacket temperature control for precise reaction conditions. |
| Pressure Capability up to 100 Bar | Handles high-pressure reactions with integrated safety installations for secure operations. |
| Gravimetric Solid and Liquid Handling | Ensures accurate preparation of materials with precise automated dispensing. |
| Proven Liquid Handling | Supports continuous feeds for liquids, gases, and liquefied gases, enabling complex workflows. |
| Proprietary Robotic Tool Exchange | Allows seamless adaptation to various experimental needs with interchangeable tools. |
| Parallel Syntheses (Up to 6) | Facilitates efficient experimentation with the ability to run multiple reactions simultaneously. |
| In-Situ Analytics | Integrates probes for pH, UV-VIS, IR, Raman, and calorimetry to monitor reactions in real time. |
| Online XRD Monitoring | Provides real-time crystallographic analysis for phase and structural insights during reactions. |
| Post-Reaction Handling | Automates processes like filtration, distillation, and crystallization for streamlined workflows. |
| High-Performance Calorimetry | Offers precise heat and viscosity data measurement for optimized process control. |
| Ventilated Hood | Ensures safe operation with sensitive chemicals and low-temperature processes. |
| AUTOSUITE Software | Simplifies workflow design with drag-and-drop functionality and integration to LIMS and ELN. |
