Beyond Particle Size: See the Full Picture of Your Earth Materials at AGU 2026

Beyond Particle Size: See the Full Picture of Your Earth Materials

Two sediment samples may have similar particle size distributions, yet behave differently in transport, deposition, or other environmental processes. Mineral powders with comparable size distributions may also exhibit distinct particle shapes and characteristics.

What are you missing when you measure particle size alone? Particle size distribution is fundamental to understanding geological materials, but particle morphology provides another important dimension for interpreting sample characteristics.

At AGU26, visit Bettersize at Booth 401 to explore the Bettersizer 2600 Plus, combining laser diffraction and dynamic image analysis to help researchers gain a more comprehensive understanding of particle size and shape.

Explore Our Featured Instrument at AGU26

Discover how integrated particle size and shape analysis can support your geological and environmental research.

Bettersizer 2600 Plus

Laser Diffraction & Dynamic Image Analysis

When particle size alone isn't enough.

Combine laser diffraction and dynamic image analysis to characterize particle size distribution and morphology in geological, mineral, and environmental samples.

• Particle size range: 0.02–3,500 μm
• Laser diffraction with complementary image analysis
• Wet and dry dispersion configurations
• Particle size and shape characterization in one instrument

Explore Bettersizer 2600 Plus →

Why Choose Bettersize for Particle Characterization?

Reliable particle characterization starts with the right measurement approach. Bettersize combines complementary analytical technologies to help researchers understand more about their materials.

Learn more about the annual meeting: AGU26 Annual Meeting →