Optical 3D Measurement of Precision Dies, Punches, Stamping & Bending Tools
Achieve reliable quality assurance for tight tolerances <10 µm: with full-surface, automated optical measurement.
In modern manufacturing, precision dies, punches, stamping tools and bending tools determine product quality, process stability and tool lifetime.
Tolerances below 10 micrometers are no longer exceptional — they are production reality.
Yet conventional measurement methods struggle to verify these tolerances reliably.
Typical challenges:
- Operator influence distorts results
- Reflective surfaces are difficult to measure
- Point measurements miss critical geometry
- No standardized measurement strategies
- Data lacks audit security
The consequence:
Measurement results become interpretation-dependent — and quality assurance loses objectivity.
Optical 3D metrology changes that.
Bruker Alicona enables complete, repeatable and material-independent measurement of precision dies in a single system.
Valued Customers Rely On Bruker Alicona
With Bruker Alicona we are already able to automatically start and execute the measuring process in our production process. We are currently working on enabling networking with other machines so that machine parameters are automatically and continuously adjusted based on the measurement results.
For us, the µCMM is the ideal solution in many ways. It offers high accuracy, even for tolerances in the single-digit micron range. Additionally, we benefit from an efficient user interface - the µCMM is designed to be operated by multiple users. Further, we experience a noticeable reduction in measurement times.
5 Steps to Increase the Competitive Advantage of Your Precision Dies
Are you looking to boost productivity and ensure reliable quality assurance of precision dies?
In this video, Kevin Mathy, Head of Applications International, explains how optical 3D measurement transforms die inspection.
Key takeaways:
- Learn the 5 essential steps to maximize die performance
- Measure punches, stamping & bending tools faster
- Reduce scrap through reliable tolerance verification
- Discover automation & CAD-based measurement strategies
Don't Miss the Opportunity to Revolutionize Your Measurement Pocesses!
Download the free Application Guide now and learn more about efficient quality assurance for measuring punches, stamping and bending tools.
Request Application Guide
Optical Measurement of Precision Dies.The Key to Reliable Quality Assurance
When manufacturing precision dies and stamping tools, accuracy is business-critical:
- Exact bending angles
- Precise stamping depths
- Tight geometric tolerances
- High repeatability
Traditional tactile systems reach their limits:
- Long measurement times
- Only sectional data (2D)
- Limited surface coverage
- Compromises between resolution & accuracy
Optical 3D metrology eliminates these trade-offs.
Maximum Precision. Total Control. Reliable Quality.
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Trusted Solution
Developed with global manufacturers including:
- Stepper
- Kleiner
- TE Connectivity
Proven in high-precision production environments.
Explore Optical Measuring Solutions for Precision Dies
Measure punches, stamping tools and bending dies with one universal optical 3D system — from micro-geometries to large tool surfaces.
FocusX
- One Click Roughness Measurement
- Shape deviation without reference
InfiniteFocus G6
- Polished (highly reflective) surfaces
- Shape deviation with datums
µCMM
- Form deviation to outside reference with tolerances
- Small surface details on large components with highest precision
Start Optimizing Quality Assurance of Your Precision Dies Today
Rising quality demands and cost pressure leave no room for uncertain measurement data.
Get the full guide to optical measurement of:
- Precision dies
- Punches
- Stamping tools
- Bending tools
