videos

An introduction to OmniSurf3D

Analyzing 3D (areal) surface texture with OmniSurf3D.

Porosity Analysis with OmniSurf3D

Quickly, easily and visually assess pits and pores with OmniSurf3D.

Filtering and Wavelength Content with OmniSurf3D

Visualize the influence of filtering with OmniSurf3D.

Profile Wear Analysis with OmniSurf3D

Easily assess wear scars with OmniSurf3D.

Plateau Honing Analysis with OmniSurf3D

Quickly and easily explore your honed surfaces with OmniSurf3D.

Interactive Filtering With OmniSurf3D

OmniSurf3D provides fast and friendly tools for extracting and analyzing specific shapes in your surfaces. In this video we show how to filter surface texture using tools in OmniSurf3D such as the Wavelength Content view.

Autorotation and GIFs in OmniSurf3D

OmniSurf3D includes a unique feature that lets you automatically rotate a measurement, and record the animation to share as part of a live presentation or as part of a report or slide show.

Describing Gear Tooth Waviness with OmniSurf3D

Gear tooth noise control is very important in many applications. While much has been said about the relationship between waviness and noise, little has been said about the specifics of detecting and describing the waviness. OmniSurf3D not only gives you the tools to extract and visualize waviness, but it also gives you powerful new parameters for quantifying the amount of waviness that is affecting your gear noise.

Analyzing Aspheric Optics in OmniSurf3D – Tutorial

OmniSurf3D Surface Editor Tool

Have you ever loaded a 3D dataset only to find there were defects in the data? Most surface analysis software includes tools for addressing missing or errant pixels: median filters, or peak/valley thresholds, for example. But in some cases the feature just too big or too isolated to filter out. For these cases, OmniSurf3D includes a Surface Editor Tool, which lets you selectively repair missing data and data errors interactively. This video shows you how the surface repair tool works, and how quickly you can clean up a dataset to get a better picture of the true nature of a surface.