Why In‑Situ XRD?
Capture Real-Time Structural Transformations
Monitor phase changes as they occur—not after the fact.
- Track crystallographic transitions during heating, cooling, or reaction
- Identify transient and intermediate phases
- Understand transformation mechanisms with confidence
Result: Faster insight into how materials behave, not just their final state.
Unlock Reaction Kinetics
Measure not only what changes—but how fast.
- Monitor reaction rates in catalysis
- Study diffusion processes in energy materials
- Track crystallisation and degradation over time
Result: Quantitative understanding to support process optimisation and material design.
Designed for Demanding Applications
Deben’s in‑situ XRD solutions support a wide range of industries:
- Energy: Batteries, fuel cells, hydrogen storage
- Materials Science: Alloys, phase transitions, advanced materials
- Catalysis: Active phase evolution under reaction conditions
- Pharmaceuticals: Polymorphism and stability studies
- Ceramics & Metals: Sintering, thermal expansion, degradation
Eliminate Ex‑Situ Artefacts
Avoid inaccuracies introduced by sample handling or environmental changes.
- No cooling or transfer between measurements
- Preserve transient states
- Improve repeatability and data integrity
Result: More accurate, reproducible, and trustworthy data.
Turn Your XRD Into a Dynamic Analysis Platform
Move beyond static measurements and unlock true material insight in real time.

Products for in-situ x-ray diffraction
Tensile and compression testing stage with precision slides and symmetrical stainless-steel leadscrew
Tensile and compression testing stage with precision slides and symmetrical stainless-steel leadscrew
Variable Temperature Tensile and Compression Stage with incorporated Peltier sub-stage.
Tensile and compression testing stage with precision slides and dual symmetrical stainless-steel leadscrews



