Large Area 3D Optical Metrology System

boosts Ultra-fast measurements It only takes one second to acquire. With S wide’s Fringe Projection technology and a suite of different acquisition modes, the measurements can be optimized to achieve the highest throughput. Optimized measurement protocols

your productivity Easy to Use Measuring with the S wide is as simple as it gets: load the sample, load the recipe, and check the results. Quick set up Capture every detail Large setups This 3D scanner features a 5 MPx color camera that, along with its digital zoom capabilities, captures a variety of details on your inspected parts. Measure numerous arrays of samples and large areas thanks to the 300 x 300 mm stage configuration. High data density Meaningful data extraction The S wide is packed with a suite of analysis tools to extract every piece of information from the measured data: roughness...

Advanced stitching capabilities enable the S wide to acquire measurements across expansive areas. On top of that, users can easily define measurement layouts using the intuitive overview image and select rectangular, circular, or ring areas of interest. SENS<i)FAR Evaluate the flatness of your most extensive specimen

The S wide is the ultimate 3D optical imaging system that elevates quality processes while improving productivity. It combines an extensive 300 x 300 mm working area with acquisition software packed with automation tools. and big samples Measure countless samples The acquisition software provides a complete automatization of measurement procedures. It features tools for effortless programming of measurements at different positions. Other functionalities like fiducial alignment, user management or sample identification. Additionally, data exportation can be configured, aligning perfectly with...

The S wide delivers quick measurements to minimize cycle time. It efficiently covers a large area without the need for Z movement. In addition, its customizable fringe projection modes further optimize measurement time for maximum efficiency. Adaptable Algorithms This imaging device has been carefully designed with different modes of the Fringe Projection algorithm. Optimized measurement protocols Flat samples Shaped samples Dual projector for samples with occluding features Left / Right projector for flat samples Traceability Every S wide is manufactured to deliver accurate and traceable measurements....

Optical metrology system The S wide is a non-contact 3D profiler that uses light to scan surfaces without causing damage, unlike contact or laser profilometers. It’s highly resistant to vibrations and can be used in various environments. Its simplified design, with an 80 mm working distance and no need for a Z motorized stage, makes it exceptionally safe to use. Immense single-shot acquisitions Our structured light system provides a large field of view (FOV) and depth of focus, enabling it to capture an impressive region of 35 x 29 x 40 mm. In other words, a volume of 40.6 mm3 can be measured...

Technology Fringe Projection is an advanced optical technique that involves two projectors illuminating the sample with structured light. The deformed light patterns are captured by a camera through a telecentric lens, enabling precise acquisition of the 3D shape of the object. Multiple light sources This 3D scanner is equipped with green and blue light sources. Having multiple light sources provides the flexibility to choose the most suitable option regardless of the color or reflectivity of the sample.

Micron accuracy in 3D measurements Submicron repeatability The proprietary Fringe Projection algorithms used by the S wide result in remarkable micron-level accuracy, providing unmatched submicron height repeatability across expansive measurement surfaces. High resolution color camera The S wide brings in the experience of a new level of visualization and precision. Its 5 Mpx color camera delivers vivid and detailed data. Zooming feature Digital zoom capabilities greatly enhance the ability to analyze and interpret surface features. In fact, it can increase the spatial response up to 6 times,...

SensoVIEW is the ideal analysis software for a broad range of tasks. It includes a comprehensive suite of tools for preliminary examination and analysis of 3D or 2D measurements, allowing for roughness or volume calculations and gauging critical dimensions. 1 Radius three points 1 Radius three points 1 Radius three points 1 Radius three points 1 Radius three points Radius three points three point* Radius three Analysis templates Templates can be created from analysis processes and subsequently utilized for other measurements. The template will contain all the performed filters, critical dimensions,...

Point to Point Line to Point horitzontal parallel Single step Point Point to Point perpendicular Radius Tolerances are available to provide a complete dimensional characterization for both contour and profiles. SensoVIEW supplies a complete assortment of tools ready to obtain critical dimensions (radiuses, angles, diameters, step heights, and perpendicular & parallel distances). Edge detection features The critical dimensions tools have an auto-adjustment feature. With the click of a button, the user can fit lines, circles, or points to the desired area.

SensoVIEW enhances data analysis with a comprehensive toolkit for data preparation and the possibility to extract a suite of parameters. ISO 21920, 25178 and 12781 calculations Dedicated operators are available to simplify the calculation of surface texture parameters following ISO standards: ISO 21920 for roughness on profiles, ISO 25178 for roughness on areas, and ISO 12781 for flatness.

Tailor headers and footers to your taste Select the content you want in your report Choose the style to display your results Edit your template to personalize it further Customizable reports SensoVIEW presents flexible reporting to obtain clear and well-structured documents displaying the acquisition information, multiple data visualizations, and all the analyses performed. Volume geometries The volume operator stands out by allowing separate volume calculations for different regions within the topography. Smart segmentation algorithms utilize thresholds that can be adjusted to predefined values...