Diffractometer

A diffractometer is an analytical device used to measure the structure of materials through the diffraction of radiation. It supports precise and reliable analysis for industrial quality control applications.

No products found in this category.

Common Applications

material science

crystallography

pharmaceuticals analysis

metallurgy

nanotechnology

geology

Buying Guide

Diffractometer Buying Considerations

  • Determine the specific type of diffractometer based on material analysis needs.
  • Evaluate the resolution and sensitivity requirements for your analyses.
  • Consider the software interface for ease of data interpretation.
  • Check for compatibility with existing laboratory infrastructure.
  • Assess the condition and calibration history if purchasing surplus.

Frequently Asked Questions

What types of diffractometers are available?
Common types include X-ray, neutron, and electron diffractometers, each suited for different material analyses.
How does a diffractometer work?
It works by directing radiation at a sample and measuring the diffraction pattern to determine the material's structure.
What industries use diffractometers?
Industries such as materials science, chemistry, and metallurgy often use diffractometers for quality control and research.
What are the benefits of purchasing surplus diffractometers?
Surplus diffractometers offer cost-effective solutions without compromising on precise analysis capabilities.
\