Tescan launches the new CLARA to support researchers in analyzing mechanical systems at the nanoscale

⚙️ Technical summary: Clearer vision with the Tescan CLARA™ system for nanoscale spaces

Tescan has introduced the new generation of the high-resolution scanning electron microscope CLARA™, designed to meet the needs of researchers in the fields of materials science and advanced mechanical engineering. The device features high-resolution imaging capabilities using low energy, while providing multiple detection techniques, as well as flexibility in handling various types of samples, including sensitive and non-conductive ones. The system offers greater speed and efficiency in moving from the setup stage to obtaining results, making it suitable for industrial research environments and shared laboratories.

This device enables a deeper understanding of nanoscale structures, and supports researchers in analyzing thin layers, magnetic materials, metals, and many complex materials, while reducing sample preparation and preserving their original properties.

🔥 Ultra-high imaging precision with reduced sample preparation

In the field of mechanical engineering and materials science, fine details in surface layers and structural properties represent a major challenge during examination. CLARA™ offers an electron imaging technology at a low energy level, allowing high-resolution images to be obtained without the need for complex preparation processes such as conductive coating, which is usually essential for sensitive or non-conductive samples.

This approach helps preserve the natural structure of samples and reduces the risks of distortion caused by preparation, which is critically important for studying:

• nanoparticles
• thin layers and surface coatings
• small defects and surface contamination

This opens a wider horizon for understanding local changes in structure or surface properties that require high precision and effective sample protection.

🔧 Collecting multi-contrast information from the same sample

The CLARA™ system adds an advanced analytical dimension by adopting multi-contrast detection methods that enhance understanding of the sample structure with greater precision. This capability allows the differences between surface and structural details to be balanced and displayed; for example, material differences can be distinguished from surface topographical features that may cause confusion in the results.

This feature is especially helpful in:

• distinguishing particles close to the surface
• analyzing contamination layers
• monitoring changes in composition or properties between adjacent regions

Thus, researchers can gain a better understanding of the relationships between structure and function in complex materials.

🏭 Analytical flexibility for multiple sample types

The reality of industrial laboratories and advanced research is characterized by the diversity of samples being examined, which may include conductive metals, polymers, magnetic materials, or sensitive components. CLARA™ provides the ability to work on varied materials, including those that:

• require a low-vacuum environment to prevent charge buildup
• are affected by high vacuum or electron beams
• need gentler imaging conditions

This helps adapt imaging conditions according to the properties of each sample instead of forcing the sample to conform to a fixed technique. In addition, the system supports the integration of complementary analytical techniques to enable linking high-resolution images with in-depth materials analysis results.

Thanks to this flexibility, the use of the CLARA™ system extends to fields such as:

• advanced materials research
• electronics and energy manufacturing
• metals and polymers analysis
• nanoscale coatings and production quality inspection
• fault study and industrial failure analysis

🚗 Tescan CLARA™ systems and their role in industrial and research development

By continuing to develop this type of electron microscope, Tescan confirms its commitment to providing solutions with superior performance and broad usability in the field of mechanical engineering and nanoscale materials.

This is reflected in features such as:

• accelerating analysis from the preparation stage to result extraction
• improving the user experience through an integrated platform that combines control, imaging, and detection
• high integration with research applications and industrial development in order to support innovation

These features make it possible to move toward achieving accurate and reliable results in materials analysis, which supports the development of industrial products with better quality and superior performance.

🏭 Conclusion

The CLARA™ microscope represents a qualitative leap in the field of microscopic examination of nanoscale samples, as it combines low-energy imaging precision and multiple detection methods with flexible handling of various material types. These technical features address the challenges of modern mechanical engineering and materials science, whether in research laboratories or industrial development environments.

Thanks to this device, researchers and engineers can access more accurate information about material structure and its minute defects without the need for complex preparation or exposing samples to damage, which supports innovation and improves the quality of industrial materials and technologies.

The CLARA™ from Tescan represents an important tool for pushing the boundaries of knowledge in nanoscale exploration and complex materials analysis.

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