EROWA 3D coordinate measuring machines are a central component of modern production. They enable the high-precision measurement of workpieces, reliable control of the tightest tolerances as well as presetting and testing directly in the production environment.

EROWA coordinate measuring machines cover a wide range of applications - from classic quality measurements in the measuring room to automated in-process measurements within networked production lines. Depending on requirements, manual or CNC-controlled systems are available, prepared for use in automated processes.

EROWA coordinate measuring machines can be flexibly integrated into different manufacturing concepts: This means that inspection tasks can be carried out exactly where they bring the greatest benefit - without unnecessary waiting times or media disruptions.

Areas of application for 3D coordinate measuring machines

• Quality measurement: Checking complex geometries, mold and position tolerances as well as the tightest tolerance fields
• In-process measurement: Checking components during ongoing production processes
• Presetting: Determining offset dates for workpieces and electrodes outside the machine
• Intermediate and final inspections: Ensuring production quality at every stage of production
• Reverse Engineering: Digitizing existing components and generating CAD data

Software, Automation, and Process Integration

A key component of modern coordinate measuring machines is powerful measurement and presetting software. EROWA offers a broad portfolio for this purpose—ranging from easy-to-use presetting applications to high-end measurement software for complex geometries, statistical analysis, and reverse engineering.

By integrating with the EROWA JMS 4.0 process control system, measurement data can be automatically processed, documented, and traced. This makes coordinate measuring machines an active part of the digital process chain.

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Advantages and Functions

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