This one day training course is intended to provide an overview of Geometrical Dimensioning & Tolerancing (GD&T) for people with little or no background in GD&T or technical drawings.
In modern surveying, the general meaning of laser scanning is the controlled deflection of laser beams, visible or invisible. Within the field of 3D object scanning, laser scanning (also known as lidar) combines controlled steering of laser beams with a laser rangefinder. By taking a distance measurement at every direction the scanner rapidly captures the surface shape of objects, buildings and landscapes. Construction of a full 3D model involves combining multiple surface models obtained from different viewing angles, or the admixing of other known constraints. Laser scanners offer fast and exact indoor and outdoor measurements in three dimensions. Used primarily for collecting data across vast areas such as factories, skyscrapers, bridges and more, 3D laser scanners are able to capture data fast and allow the user to take the measuring instrument to the application wherever that may be. © Content credits: Some of this page uses terminology from en.wikipedia.org.
ECM provides calibration services for a large variety of metrology instruments including laser scanners from any name brand. Most of our calibration services can be performed on-site at the customers facility, or at our ISO/IEC 17025 Accredited Laboratory. (Reference Accredited Scope).
Our experienced engineers bring the measurement equipment best suited for the application right to the job site and stay for as long as it takes to capture the data needed in order to conduct the post-processing and reporting of the data.
This one day training course is intended to provide an overview of Geometrical Dimensioning & Tolerancing (GD&T) for people with little or no background in GD&T or technical drawings.
A three day training course intended for anyone who needs to understand the theory and practice of ASME Y14.5 – 2018 Geometric Dimensioning & Tolerancing (GD&T).
A three day training course introducing dimensional metrology, the importance of good measurement practice and the right measurement behaviors.
A four day Dimensional Measurement training course building on the knowledge and measurement principles gained through the level one training course.
A two day training course designed for people who want to understand how to read blue prints.
A two day training course designed for users looking to understand the fundamentals and principles of portable coordinate measurement systems.
The Metrologist in Training (MIT) test is an assessment test that assists in the development of the skills needed to take and pass the CMS Certification Exam.
The objective of the CMS Level-One Certification Course is to help prepare the student for the Level One examination.
The objective of the CMS Level-Two Certification Course is to help prepare the student for the Level Two examination.
Learn proper care and preventive maintenance for all brands of Laser Trackers including field checks, optics care, compensations, and troubleshooting.
Learn proper care and preventive maintenance for theodolites and total stations of all brand names.
In this 2-day (16 hour) class, attendees will learn how to conduct studies to evaluate variability due to bias, repeatability, reproducibility, stability, and linearity.
The purpose is to provide practical instruction on the fundamental statistical tools used in modern process control methods, including the purpose, concepts and parameters associated with control charts and process capability.
FARO’s CAM2 inspection software packages for the FARO Arm.
All you need to know about FARO’s CAM2 inspection software packages for the FARO Laser Tracker.
This introductory course provides students with the necessary basic fundamentals of measurement with the emphasis on the application of the measurement science concepts.
This intermediate level course provides students with advanced fundamentals of measurement with the emphasis on the application of the measurement science concepts.