Mould Making
Sectors we support
Optical Tool Measurement for Precision Mould Making
In tool and mould making, the demands on precision, material versatility, and production efficiency continue to grow. Harder materials, tighter tolerances, and cost pressures push manufacturers to adopt smarter, more adaptive solutions.
At Blum-Novotest, we support this evolution with cutting-edge laser measurement systems engineered specifically for the needs of the mould and die sector. Our touchless, machine-integrated laser technology delivers precise tool measurements in real time—directly inside the machining environment. The result: greater accuracy, fewer rejects, and a measurable increase in process stability and productivity.
Whether you’re refining micro-geometry on complex mould cavities or striving for tighter tolerances on high-value dies, our advanced optical systems help you achieve consistent results from the first tool to the final cut.
Key Applications for Mould and Die Precision
Blum laser measurement systems bring clarity and control to an industry where tool quality and dimensional accuracy are non-negotiable.
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Touchless, in-machine tool measurement using focused laser optics
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Automatic detection of tool dimensions, wear, and breakage
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High-precision measurement of cutting edge radius and geometry
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Compensation of measurement errors from tool shadowing
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Reliable inspection even for small or complex cutting tools
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Increased machining accuracy through real-time tool correction
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Reduced scrap and rework through process-integrated quality control
Case Study
Multiple injection moulds for the beverage industry
TC50 and LaserControl touch probes at TIRAD S.R.O. (Czech Republic)
- Production of injection moulds with a maximum number of mould cavities while maintaining the smallest accuracies
- Laboratory conditions in production require reliable machine-integrated measuring systems
- Automatic zero-point determination and monitoring of the flatness of the base plate with a tolerance of 0.005 mm
- Precise quotation calculation by eliminating unpredictable non-productive times