Hexagon Metrology, Inc.

CMMs - Large

r-CMMs Large

The largest stationary gantry- and bridge-type 3D coordinate measuring machines (CMMs) deliver colossal performance. They also boast robust materials, a stable structure and high accuracy. These CMMs can act as a standalone system or as a station in a production cell.

The large CMMs are used for three-dimensional measurements of large components and assemblies in the aerospace, defense, ship building and power generation industries. 

Global eXtra 

DEA GLOBAL eXtra

Accommodate large and heavy workpieces without the need for special foundations. The GLOBAL eXtra is designed for measurement in the production environment with unlimited access to hard-to-reach features.

 CMMsLarge-Alpha

DEA Alpha

The DEA Alpha is an all-purpose flexible CMM for the dimensional inspection of large castings and machined parts. Equipped with high-productivity 3D scanning laser head and continuous servo wrist options, it can rapidly acquire millions data points from complex contoured shapes.

 CMMsLarge-Delta Slant

DEA Delta Slant

A line of gantry CMMs that excel in the high-accuracy inspection of large machined parts, the DEA Delta Slant boasts a superior mechanical structure. It combines high throughput, accuracy and repeatability with excellent reliability when operating in an open shop environment.

 CMMsLarge-Lambda Slant

DEA Lambda Slant

The DEA Lambda is a line of extremely large measuring machines designed for operation in industrial environments. It excels in high-speed, high-accuracy inspection of huge components, such as marine engines, aircraft structures or turbines that require open, modular, easily customizable structures with virtually unlimited measuring volumes.

 CMMsLarge-Leitz PMM-F

Leitz PMM-F

Designed to inspect medium sized components and gears, the Leitz PMM-F features high throughput. It is a high-accuracy monolithic gantry measuring machine that does not require costly foundations.

 

 CMMsLarge-Leitz PMM-G

Leitz PMM-G

The Leitz PMM-G provides high accuracy and enhanced throughput for large workpieces. These oversized pieces are used for example in aircraft, ship engine constructions, or even large gears used in wind turbines.