We will demonstrate examples of using software functions in your enterprise during training. We also offer custom-designed training classes to fit your individual needs.

Duration and types of training programs:

Below you can find the main topics and blocks of SpatialAnalyzer training courses. The knowledge you gain from training will allow you to achieve the required measurement results and speed.

It allows you to align your instrument to a known coordinate system using a variety of methods ranging from 3-2-1 alignments to more advanced surface fits, such as Quick Fit to CAD. Alignment using relationships and the GD&T module. Many ways to define the coordinate systems of objects, etc.

SpatialAnalyzer can simultaneously connect to almost any number and type of portable metrology instruments, such as laser trackers, portable CMM arms, laser radars, scanners, projectors, theodolites, total stations and photogrammetric devices.
To use multiple instruments simultaneously, SpatialAnalyzer also has its own toolkit that allows you to measure with all instruments at the same time. You can move an object in real time with coordinates displayed, etc.

Auto-filtering to faces of elements. Creation of any types of cross sections. Real-time meshing. Quick fit of instrument stations to point clouds. Automatic geometry extraction from obtained data for easy comparison with CAD or analysis using GD&T, etc.

Virtual assembly of components by creating relationships and constraints to see the final assembly of parts. Building dynamic vectors. Complex movements of multiple elements. The full toolkit is also available in real time.

Using the module of geometric fits and tolerances (GF&T). Support of CAD annotations. It is a powerful tool for automating your serial measurements that conforms to the ASME standard. It allows you not only to reduce the time for product inspection, but also to standardize measurement processes.

Calculate the uncertainty in constructing geometry. Calculate the uncertainty in distance measurement. Calculate the uncertainty of an instrument and the entire measurement system as a whole. Use USMN to provide the perfect instrument network.

Defining inspection routines from a CAD model or primitive geometry. Enabling creation of dynamic cross sections and automatic construction of geometry. Ideal for continuous measurement of parts. All information on measured elements is displayed in real time.

It allows you to quickly and easily generate custom reports. Developing and saving report templates, exporting to Excel, etc.

The use of measurement plans and the SDK provides powerful capabilities for automating measurement processes, processing obtained data and generating reports. Auto measurement modes and associated callouts. All this enables less experienced operators to perform and manage complex processes of measurements and data processing based on a script prepared for them in advance.