3D Scanning and CMM

Highly accurate, 3D scanning and Coordinate Measuring Machines (CMM) are technologies used for capturing precise measurements of objects.

3D scanning uses lasers, structured light, or photogrammetry to create digital models by capturing the shape, texture, and colour of an object’s surface.

CMM, on the other hand, is a device that measures an object’s dimensions by probing it with a mechanical or optical sensor. Primarily used in quality control, CMM ensures parts meet exact specifications by measuring geometrical features accurately.

The key benefits of 3D scanning and CMM:

High accuracy: both methods capture precise measurements, essential for quality control, reverse engineering, and design.
Time efficient: 3D scanning quickly captures complex shapes, while CMM provides rapid, automated measurement, reducing time compared to manual methods.
Providing detailed measurements, they help to identify defects, ensuring parts meet specifications before production or assembly.
Early detection of design flaws reduces rework and material waste.
Extremely versatile: 3D scanning and CMM can measure a variety of objects, regardless of shape or size, making them adaptable across industries like automotive, aerospace, and healthcare.

The industries that use 3D Scanning and CCM:

Space: For quality control, reverse engineering, and prototyping, ensuring parts and assemblies meet strict specifications.
Aerospace: Precision measurements ensure safety and performance in complex components used in aircraft and spacecraft.
Manufacturing: Used for quality assurance, inspection, and to streamline production by measuring parts quickly and accurately.
Healthcare: In medical device production, where precise measurements are essential.