BLUM Bore Gauges Series

High-Precision In-Machine Bore Measurement for Closed-Loop Manufacturing

Precise. Automated. Productivity-Driven.

BLUM Bore Gauges deliver highly accurate, automated bore measurement directly inside CNC machine tools, enabling real-time dimensional verification without removing the workpiece from the machining process. Designed for demanding production environments, these systems provide machine-independent measurement results, helping manufacturers achieve tighter tolerances, improved process stability, and higher overall equipment efficiency.

By integrating bore inspection directly into the machining cycle, BLUM Bore Gauges support adaptive manufacturing strategies, reduce non-productive time, eliminate manual measurement operations, and enable immediate process correction for maximum production reliability.

Key Technical Advantages

• High-accuracy bore measurement directly on the machine

• Automatic compensation of machining deviations through closed-loop process control

• Machine-independent measurement results for consistent quality assurance

• Reduced scrap and rework through early detection of dimensional variations

• Shorter cycle times by eliminating offline inspection processes

• Robust construction engineered for coolant, chips, and harsh machining conditions

• Seamless integration into automated production and Industry 4.0 environments

Engineered for High-Performance Manufacturing

BLUM Bore Gauges are available in standard configurations and can be equipped with application-specific measuring heads tailored to customer requirements. This flexibility allows reliable measurement of a wide range of bore diameters, geometries, and critical features across automotive, aerospace, medical, and precision engineering applications.

Technical Sales CopyMaximize machining accuracy, eliminate inspection bottlenecks, and increase production throughput with BLUM Bore Gauges. By bringing metrology directly into the machine tool, manufacturers gain real-time quality control, automated process optimization, and repeatable micron-level measurement performance, enabling higher productivity, tighter tolerances, and lower manufacturing costs.