Used THERMOMICROSCOPES / BRUKER Autoprobe M5 #9362959 for sale

THERMOMICROSCOPES / BRUKER Autoprobe M5 Thermomicoscope is a high-performance instrument for the collection and analysis of thermomicroscopic data. This instrument is capable of providing topographic imaging, isotropic-resolution imaging, temperature-dependent mapping and thermal characterization of biological samples. The built-in laser illumination and a live infrared camera capture high-resolution images of the sample and allow for the thermal mapping of surface features and characteristics. BRUKER Autoprobe M5 offers superb optical performance thanks to a large, rugged optical stage that is capable of providing a high level of image clarity. The high-resolution objective lens has a 10mm field of view and a depth of field of up to 5mm. An easy-to-use joystick control system and adjustable focus drive allow the user to quickly position the sample in the field of view and to fine-tune the focus with precision. THERMOMICROSCOPES Autoprobe M5 is equipped with two sample thermometers—a probe thermometer to measure the temperature of the sample surface and a filtered thermometer to measure the temperature of the surrounding environment. An acoustic-emission detector is used to detect acoustic energy emitted from the sample and surrounding environment. The instrument is also capable of collecting real-time thermal data with a dynamic range of up to 10kHz for the study of dynamic processes in biological samples. This thermometer data can be recorded and analyzed for deeper insight into the processes taking place within sample. Autoprobe M5 also features a visible-continuous lighting system designed to provide bright and even illumination of the entire sample area. A sample chamber is also included to ensure precise thermomicroscopic imaging. With its powerful capabilities, THERMOMICROSCOPES / BRUKER Autoprobe M5 is ideal for use in a wide variety of scientific research and industrial applications. It is used to analytically study biological samples, troubleshoot and compare components, and analyze sub-surface damage in materials. Its flexibility and accurate thermomicroscopic data allows researchers and industrial personnel to perform precise measurements and accurate analysis of samples.