ZEISS Stemi 355
The Stemi 355 is a compact stereomicroscope designed to observe, analyze, and document three-dimensional details with high clarity. Thanks to its 3D stereoscopic view, 5:1 zoom, and various illumination modes, it allows users to examine surfaces, components, and details that are difficult to assess with the naked eye.
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3D Stereoscopic Microscopy for the Analysis of Components and Surfaces
The ZEISS Stemi 355 combines three-dimensional stereoscopic vision with a 5:1 optical system, allowing users to observe the component while maintaining a perception of shape, depth, and geometry. This makes it possible to transition from a general view of the sample to a detailed analysis without losing the three-dimensional view of the object.
Stereoscopic vision makes it easier to identify and interpret surface details such as scratches, imperfections, machining marks, and other anomalies, making the Stemi 355 particularly well-suited for inspecting small components and those with geometries that are difficult to observe from the front.
Lighting can be adapted to the characteristics of the component in various ways, including reflected and transmitted light. The version designed for industrial applications can incorporate a segmented LED ring light, which allows the direction of the light to be adjusted and creates different viewing conditions to more easily highlight defects and surface irregularities.
The Stemi 355 can also be equipped with a microscope camera, allowing users to capture images of the observed specimens and save them for documentation, comparison, and sharing.
Quality Control: Visual inspection of components and surfaces to identify defects, imperfections, and anomalies.
Electronics
Inspection of PCBs, solder joints, missing or damaged components, and connection quality.
Mechanical Engineering
Inspection of parts, machined surfaces, and small components.
Automotive
Inspection of mechanical components and parts, including ABS system components and other industrial parts.
Assembly andRepair
Support for manual tasks that require high precision and attention to detail.
DefectAnalysis
Identification and documentation of scratches, marks, surface imperfections, and anomalies.
Related Systems
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ZEISS O-DETECT
Noncontact optical measurement for small and delicate components
ZEISS O-DETECT is an optical measuring machine designed to capture and inspect component features without coming into contact with the surface. This measurement method makes it particularly well-suited for thin, delicate, small, or components that are sensitive to traditional probing.
The built-in panoramic camera makes it easier to locate and position the component, while the 5-megapixel camera and lens allow for high-resolution imaging. The various lighting options allow you to adapt the imaging process to the characteristics of the component and its surface.
The system processes the captured images and returns 2D and 3D dimensional data that can be used for component inspection and subsequent reporting.
Thanks to its non-contact optical technology, O-DETECT enables dimensional inspections of small-scale geometries and components that might be difficult to measure with contact-based systems, while maintaining a fast and non-invasive approach.
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Zeiss Contura
Flexible CMM for dimensional and geometric inspection of components
ZEISS CONTURA is a coordinate measuring machine designed to meet a variety of dimensional inspection needs. The dimensions, geometries, tolerances, and features to be inspected can vary from one application to another, making it important to be able to configure the machine according to the measurement task.
CONTURA can be configured with various ZEISS sensors and probing systems, allowing the measurement methods to be adapted to the characteristics of the component and the inspection requirements. This flexibility makes it possible to perform both contact measurements and the measurement of more complex geometries.
The machine can be used to verify dimensions, diameters, distances, tolerances, shape, position, and orientation of components, providing accurate and repeatable measurement results.
The ability to configure the machine with different technologies and sensors also makes it possible to adapt its capabilities to varying measurement requirements over time, making CONTURA a versatile solution for component and production inspection.
