maXis plus Mass

The Bruker maXis plus Mass is a precision optics instrument. Machines of this class are built around stable optical assemblies and controlled light handling, typically combining sources, beam-shaping elements, focusing optics, filtering components, detectors, and motion or positioning subsystems into a single measurement or analytical platform.

Machines of this class generally operate by creating or receiving light, conditioning it through optical elements, and directing it onto a target or through a defined optical path. Lenses, mirrors, apertures, filters, beam splitters, gratings, polarizing elements, and related components are used to shape the beam, select spectral content, manage contrast, and control how light interacts with the subject under test.

After interaction with the sample or optical path, the resulting light is collected by detectors and converted into electrical signals for analysis. Such systems often rely on precision alignment, suppression of stray light, calibrated reference states, and software-driven signal processing to extract information such as intensity variation, spatial distribution, spectral response, surface condition, positional error, or other optically derived characteristics.

Such systems are generally used for optical characterization, defect inspection, dimensional or positional verification, beam analysis, surface or sample evaluation, and laboratory measurement tasks. Depending on the exact implementation, machines of this class can support research, process development, production monitoring, and failure analysis where noncontact optical interrogation is preferred.