Carbon Coaters
Ted Pella provides a range of Carbon Coaters to support our customers across a variety of different laboratory applications. They play a crucial role in preparing samples for scanning electron microscopy (SEM) and transmission electron microscopy (TEM). These devices deposit a thin layer of carbon onto specimens, enhancing their conductivity and improving image quality and resolution. By producing high-quality, high-density carbon films, these devices ensure precise and consistent results, which are essential for detailed SEM analysis and imaging.
Moreover, carbon coaters provide fine continuous carbon layers, which are vital for X-ray microanalysis and imaging of non-conductive samples. These systems often include features such as rotary planetary stages to ensure uniform coating over complex sample geometries, enhancing the reliability of your results. Additionally, carbon coaters support various applications, from routine SEM sample preparation to advanced thin-film applications, making them versatile tools in any laboratory.
Furthermore, carbon coaters offer customizable settings, allowing you to adjust parameters such as coating thickness and deposition rate to meet specific experimental needs. This flexibility ensures that you can achieve the desired coating quality for different types of samples. Explore the full range of carbon coaters at Mason Technology to enhance your laboratory’s capabilities. These advanced systems not only improve specimen preparation but also ensure high-quality, reliable data for your research.
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Cressington 108C Auto Carbon Coater
The Ted Pella Cressington 108C Auto Carbon Coater from Ted Pella is used in Scanning Electron Microscopy (SEM) and X-Ray microanalysis. This system us...
More About Cressington 108C Auto Carbon Coater
Cressington 108C Auto Carbon Coater
The Ted Pella Cressington 108C Auto Carbon Coater from Ted Pella is used in Scanning Electron Microscopy (SEM) and X-Ray microanalysis. This system uses a unique feedback-controlled rod evaporation method. Which allows you to perform multiple evaporations of around 20nm thickness without needing to reshape or adjust the rod. This feature ensures consistent and superior coating quality, which is essential for high-resolution imaging.
Cressington 108C Auto Carbon Coater Key Features
- You can operate the 108C Auto Carbon Coater in both manual and automatic modes, providing flexibility for various laboratory needs.
- In automatic mode, the system runs with programmed voltage and time settings, while in manual mode, you control the evaporation source in either pulse or continuous modes. This versatility makes it suitable for a wide range of applications.
- The 108C Auto Carbon Coater includes automatic vent and argon purge controls, ensuring optimal specimen coverage and consistent sputtering rates.
- The system’s digital sputter current control operates independently of the argon gas pressure, allowing precise adjustments and repeatable results.
- The quick-change target method supports various materials, including gold, platinum, and palladium, enhancing the system’s versatility.
- The optional MTM-10 High Resolution Thickness Monitor allows you to terminate the sputtering process at the desired thickness, ensuring precise and reproducible coatings.
Explore the Ted Pella Cressington 108C Auto Carbon Coater at Mason Technology to enhance your laboratory’s capabilities. This system not only improves specimen preparation but also ensures superior imaging results, making it an indispensable tool for modern research laboratories.
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