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Benefits
So what happens when your early success with SA causes everyone to
believe that no metrology request is impossible? Relax. SA has a wealth
of advanced tools to meet your most demanding metrology needs.
Regardless of what instrument(s) you own, the Advanced SpatialAnalyzer
Course builds on the basics of SA to improve your current processes and
design solutions to meet more complex challenges. For example, traditional
fitting methods may be insufficient for orienting to a CAD model. SA
contains a powerful feature-based fitting algorithm to define optimum
instrument transformations without relying on master tooling references.
Real-time build operations for details or entire assemblies are easily
controlled with single or multiple instruments. Ever wonder about
measurement uncertainty? SA not only quantifies it but shows you how
to minimize it. If automation is your need, SA’s Measurement Plan can
fully integrate your measurement process from instrument start-up to final
reporting
 Learning Objectives
Perform three types of best-fits and know when to use each. Monitor
objects “real-time” as they move in six degrees of freedom. Explore various
methods of analyzing and reporting results. Work with point clouds and surface
creation techniques. Understand coordinate uncertainty and how it influences
measurements. Automate measurement, analysis, and reporting functions using
Measurement Plan. Discover detailed settings and options to fine-tune
your measurement projects.
Note: While SA works with all kinds of portable measuring devices, we'll be
using an articulated arm, laser tracker, and/or laser scanner to acquire data
during the course. The techniques taught in the course are universal to
almost all measuring instruments.
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Who Should Attend The SA Course?