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Advanced 4D-STEM Analysis of AA2099 Alloy

Advanced 4D-STEM techniques in the Tescan TENSOR microscope enable precise characterization of AA 2099 aluminum alloy microstructures for optimized performance.

From Tescan Group 9 Jul 2026

Micro-CT Analysis of Semiconductor Package Warpage

Micro-CT Analysis of Semiconductor Package Warpage

Micro-CT enhances understanding of semiconductor warpage, offering 3D insights into thermal stress and internal geometric changes in packaging materials.

From Tescan Group 9 Jul 2026

Why Modern Laboratories Need More Than Particle Size Data

The BetterSizer 2600 Plus transforms particle size analysis, providing critical insights for quality control and product performance across diverse industries.

From Bettersize Instruments 9 Jul 2026

Optimizing Cement Particle Size Analysis with the Bettersizer 2600 Plus

Optimizing Cement Particle Size Analysis with the Bettersizer 2600 Plus

Optimize cement production with the Bettersizer 2600 Plus, which measures particle size and shape, ensuring quality and efficiency in the cement industry.

From Bettersize Instruments 9 Jul 2026

Sediment Grain-Size Analysis Techniques and Methods Guide

Sediment Grain-Size Analysis Techniques and Methods Guide

Grain size is crucial for understanding sediment transport and depositional processes. This article details measurement techniques and classification systems.

From Bettersize Instruments 9 Jul 2026

Improving Powder-Bed Additive Manufacturing with Metal Feedstock Analysis

Improving Powder-Bed Additive Manufacturing with Metal Feedstock Analysis

Metal powders' characteristics, including particle size and shape, are crucial for quality in additive manufacturing, impacting flowability and packing density.

From Bettersize Instruments 9 Jul 2026

Boosting ITO Target Performance with Particle Size Analysis Techniques

Boosting ITO Target Performance with Particle Size Analysis Techniques

The Bettersizer 2600 Plus offers high-resolution particle size analysis of ITO powders, crucial for optimizing microstructure and enhancing device performance.

From Bettersize Instruments 9 Jul 2026

$Cosmetic Particle Analysis Using Laser Diffraction and Light Scattering$

Cosmetic Particle Analysis Using Laser Diffraction and Light Scattering

Effective particle size and stability analysis are essential in cosmetics, driving product performance and quality in the multi-billion-dollar industry.

From Bettersize Instruments 9 Jul 2026

How to Analyze Moisture-Sensitive Solid Electrolytes Using Inert Atmosphere Methods

How to Analyze Moisture-Sensitive Solid Electrolytes Using Inert Atmosphere Methods

The transition to solid electrolytes in batteries improves safety and longevity. This article details advanced PSD measurement techniques for ASSB development.

From Bettersize Instruments 9 Jul 2026

Multi-Site Fine Chemical Custom Manufacturing: A Key Strategy for Reducing Supply Risks

Multi-Site Fine Chemical Custom Manufacturing: A Key Strategy for Reducing Supply Risks

With a focus on supply chain resilience, a new collaboration is offering innovative fine-chemical production solutions to ensure reliability and drive market expansion.

From Jayhawk Fine Chemicals Corporation 7 Jul 2026

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LUXORᴾᵗ Sputter Coater for High Resolution SEM Imaging

LUXORᴾᵗ Sputter Coater for High Resolution SEM Imaging

The LUXORPt for SEM sample coating, featuring fully automated platinum sputter coating, high-resolution thin-film deposition.

From Luxor

SWIR Cameras for Scientific and Industrial Imaging

SWIR Cameras for Scientific and Industrial Imaging

Compare InGaAs SWIR cameras for semiconductor inspection, machine vision, spectroscopy, microscopy, laser profiling, and research applications.

From Pembroke Instruments, LLC

High-Load Hexapods for Precision Multi-Axis Motion

High-Load Hexapods for Precision Multi-Axis Motion

High-load hexapods provide precise six-axis positioning with load capacities up to 450 kg.

From MKS Newport

Engineering Solutions for Modern Oil and Gas

Engineering Solutions for Modern Oil and Gas

Today's oil and gas engineers are innovating with materials and surface technologies to enhance equipment reliability and address critical industry challenges.

Flare Stacks in Oil & Gas Safety

Flare Stacks in Oil & Gas Safety

Flare system design, informed by API 521, is crucial for safety and emissions control in oil and gas, addressing pressure relief and operational efficiency.

The Carbon Cost: Rethinking Modern Materials

The Carbon Cost: Rethinking Modern Materials

Learn how cement, steel, aluminum, and plastics drive emissions and the most credible pathways to cut them: CCS, hydrogen DRI, inert anodes, and recycling.

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