Lab Services

February 18, 2015
Three-Types-of-3D-Scanning-Methods-for-Non-Contact-Nano-Measurement

3 Types of 3D Scanning Methods for Non-Contact Nano Measurement

Dimensional inspection includes many types of scanning devices for a broad range of applications. In the realm of 3D Scanning, the level of detail that can be captured makes it the method of choice, especially for measuring very small objects requiring non-contact measurement methods.
December 16, 2014
3D_Scanning_Basics_How_Structured_Light_Scanning_Works

3D Scanning Basics: How Structured Light Scanning Works

One of the most common types of non-contact 3D scanning is structured light scanning. Used for both dimensional inspection and reverse engineering, structured light scanning employs projected light and cameras to measure the three-dimensional surfaces of an object.
November 18, 2014

Dimensional Inspection Services: More than Just Measurement

Although accurate and precise measurements are key components of dimensional inspection services, these are not the only qualities you should look for in a provider. You want a partner that can help you solve problems and identify potential issues that you may have not yet recognized.
March 5, 2013
dimensional-measurement

Top 3 Scenarios NOT to Use 3D Scanning

3D scanning can be used for a broad range of applications. For example, you might want to create a replica of an artifact or inspect a sand casting to a 3D CAD model. However, not all dimensional measurement applications warrant the use of 3D scanning. In some cases, a different or simpler approach might be appropriate.
January 29, 2013
3d-laser-scanning

Top Six Situations When You Would Use 3D Scanning

3D scanning can be used for a broad range of applications, some of which you might not expect. It can be employed in any situation where the size, shape, and surface characteristics of an object are important. Advances in technology have further broadened the scope of its utility. It is possible to measure geometry with greater accuracy as well as to capture small details that were previously not possible to measure.