Hexagon Smart Measurement Trends Technical Guide

This guide outlines ten major trends in smart measurement technology, including high precision, large field-of-view scanning, and online inspection…


Hexagon Smart Measurement Trends Technical Guide - cover page
Brand
Hexagon
Document type
Product Leaflet
Language
Chinese
Pages
12
File format
PDF
File size
2.3 MB
Published
29 October, 2026
Updated
29 October, 2026
MD5 checksum
15A1CF7E577CA52558820DD51549B751

About this manual

This technical guide identifies ten revolutionary trends reshaping the future of industrial metrology. It covers key areas such as high-precision and efficient measurement, complex surface scanning using optical technologies, and the calibration of large dynamic workpieces.

The document also explores emerging future technologies including simulation (CAE), additive manufacturing (3D printing), online inspection integration into production lines, big data analytics, and industrial internet connectivity. It highlights specific Hexagon product solutions like Leitz Reference BX, AICON scanners, Optiv composite measurement systems, eTALON laser trackers, and CAE software that address these trends. This manual is written in Chinese.

What's inside

  • High Precision and Efficiency
  • Large Field-of-View Complex Surface Measurement
  • Small Geometric Feature Measurement
  • Large Dynamic Workpiece Calibration
  • Simulation (CAE)
  • Additive Manufacturing
  • Online Inspection

Frequently asked questions

What are the ten major trends in smart measurement?

The guide lists high precision/efficiency, large field-of-view scanning, small feature measurement, dynamic calibration, simulation, additive manufacturing, online inspection, augmented reality, industrial internet, enterprise integration, cybersecurity, and big data.

How does Hexagon address large dynamic workpiece calibration?

Hexagon uses laser tracking measurement technology based on laser interferometers and spherical coordinate systems to enable high-precision digital measurement up to 80m.

What is the role of simulation in future measurement?

Simulation replaces physical prototype testing during the design phase to save time and accurately simulate product performance in the real physical world.

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