242 - Characterization Lab 1

Extracts gas to create a vacuum or simply get rid of an undesired material. Used to test materials or reactions under ideal conditions.

Glass dome that maintains the chamber sealed perfectly to achieve vacuum

Removes air and pressure from a confined enclosure to test the effects of a vacuum on parts, materials, components, and assemblies. It can also be used to test the performance of applications for manufacturing operations.

This platform decreases vibration. Features include enhanced damping, increased rigidity, and sealed mounting holes. Minimizes coupling between the microscope, table, and floor to prevent vibrations from affecting results

Provide passive vibration isolation for medium-sensitivity microscopy measurements. They consist of a lightweight support base with pneumatic isolators at all four corners. Minimizes coupling between the microscope, table, and floor to prevent vibrations from affecting results

Low-frequency vibration isolation. Vertical-motion isolation is provided by a stiff spring that supports a weight load, combined with a negative-stiffness mechanism. Applications may include microscopy,  micro-hardness testing, biology, among others.

Projects light through the collector lens and into the substage condenser. Used to illuminate the material being analyzed. NOTE: use with the OLYMPUS BX40 Microscope.

Used as an attachment for microscopes. Captures 5 megapixel detailed images at low magnifications. Used for high resolution imaging. NOTE: use with the OLYMPUS BX40 Microscope

Provide a very white, bright, and concentrated light. Fitted with a dimmer to reduce heat. Input: 100-120 VAC, 50-60Hz, and 2.5 A. Output: 12V and 50/100W. NOTE: use with the OLYMPUS BX40 Microscope

Study surfaces to determine the wear, fractures, and/or corrosion mechanisms that have occurred on them. A wide range of accessories to expand the range of possible observations. Offers an optimal viewing environment for all observations.