9.1Press STIG button to open the STIGMATOR CONTROL page.

9.2Select Condense Aperture.

9.3Use the MULTIFUNCTION X/Y knobs, one at a time, such that the beam spot circle has a fixed center when the beam intensity is changed.

10.High Resolution Images

10.1Bring in the small screen into viewing chamber.

10.2TV on.

10.3Amplifier on.

11.Load Films

11.1Press CAMERA AIR.

11.2Put film in.

11.3PUMP till to IGP less than 10.

11.4Note films, along with film box should be put into a vacuum for more than 24 hours to degas.

Note: reset the negative numbers

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Philips CM-200 manual High Resolution Images, Load Films

CM-200 specifications

The Philips CM-200 is a sophisticated electron microscope designed to facilitate high-resolution imaging and analysis of materials at the nanoscale. Renowned for its robust performance and versatility, the CM-200 is utilized extensively in both research and industrial applications, particularly in materials science, biology, and nanotechnology.

One of the key features of the CM-200 is its advanced electron optics, which utilizes a high-tension generator to produce a stable and finely focused electron beam. This enables researchers to achieve magnifications of up to 1,000,000 times, allowing for the visualization of structures that are mere nanometers in size. The high resolution is further complemented by a large depth of field, which provides unprecedented clarity and detail in imaging complex samples.

The CM-200 also incorporates a range of imaging modes, including bright field, dark field, and selected area diffraction imaging. These modes allow for a comprehensive analysis of the sample under various conditions, making it easier to identify structural features and materials' properties. Furthermore, the microscope is equipped with a state-of-the-art camera system, which captures high-quality images and facilitates real-time observation.

In terms of sample preparation, the CM-200 supports various techniques, including ultra-thin sectioning and cryo-preparation methods. This flexibility makes it suitable for analyzing a wide array of sample types, from biological tissues to advanced material composites. The ability to handle both conductive and non-conductive samples without significant alteration ensures that the integrity of the sample is maintained throughout the imaging process.

Moreover, the CM-200 is designed with ease of use in mind. Its intuitive interface and automated functions streamline operation, allowing users to focus on analysis rather than technical adjustments. This user-friendly design promotes efficiency and accessibility for both novice and experienced researchers.

In summary, the Philips CM-200 is a cutting-edge electron microscope that combines advanced technologies with user-centric features. Its high-resolution imaging capabilities, versatile imaging modes, and adaptability for various sample types make it an invaluable tool in scientific research and industrial applications. Researchers can rely on the CM-200 to provide detailed insights into the nanoscale world, driving advancements across multiple fields.