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Inert gloveboxes: Maintaining controlled environments in the lab

Precision in the lab doesn’t originate with analysis or synthesis. It starts when the environment is brought under control. In work that involves reactive compounds, sensitive materials, or finely tuned instrumentation, even the presence of ambient air can compromise outcomes...

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How to use an ultramicrotome for challenging sample preparation

Some samples refuse to cooperate. Soft polymers compress, biological tissues distort, and brittle ceramics fracture the moment the knife makes contact...

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5 key technologies for nanomechanical testing

Mechanical behaviour at the nanoscale cannot be predicted from bulk properties alone. Interfaces, surface forces, and microstructural effects have a significant influence, often dictating whether materials succeed or fail in their application...

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Nanoindentation testing: How it works and where it's used

Materials science is constantly evolving, demanding increasingly precise methods to characterise mechanical properties at ever-smaller scales...

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Synchronising SEM and nanomechanical data with in-situ nanoindentation

Materials behave in complex ways at the nanoscale. A thin film that appears uniform might harbour hidden fractures, while a composite material could fail at specific boundaries despite its bulk properties indicating strength...

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Choosing a High-Ability Zoom Micromanipulation System

Achieving breakthrough results in biotechnology, materials science, and microelectronics depends on precision micromanipulation systems...

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How to Cut Thin Sections Using Ultramicrotomy

Mastering ultramicrotomy enables researchers to unlock unparalleled detail in high-resolution imaging. This technique, vital for preparing samples for transmission electron microscopy (TEM), demands exceptional precision and discipline...

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How Environmental Control Technology Enhances EM Images

Electron microscopy (EM) offers detailed insights into the microstructures of materials, making it indispensable in fields like materials science, life sciences, and nanotechnology...

Article

What’s the difference between HFRR, SRV, and RCF testing solutions?

In tribology—the study of friction, wear, and lubrication—three critical testing methods are often used to evaluate material durability and performance...

Article

When to Use Non-Contact Optical Surface Profiling

Precision and innovation are central to today’s manufacturing and R&D. One indispensable technology that embodies these qualities is non-contact optical surface profiling...

Article

What is a 3D Optical Profiler?

A 3D optical profiler is a non-contact, precision measurement tool that captures the three-dimensional topography of surfaces...

Article

A Quick Guide to Different Tribology Testing Solutions

Understanding the friction, wear, and lubrication between interacting surfaces is integral to the performance and longevity of mechanical systems...

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