Description
Gauge block set 75.00 mm ISO 3650/0 64-908062
This 75.00 mm precision gauge block set is manufactured in accordance with the strict tolerance requirements of the ISO 3650/0 standard. Designed for high-precision measurements in industrial and metrological environments, this gauge block set offers exceptional dimensional stability and accuracy. It provides a reliable reference dimension for calibrating measuring instruments and for direct measurement of workpieces where high precision is required.
The gauge block set is made of high-quality steel with optimal mechanical properties to ensure long-term dimensional stability. The surface finish is carefully polished to minimize friction and enable precise measurements. The ISO 3650/0 classification guarantees that the gauge block set meets the rigorous tolerance standards required for professional measuring applications, with precisely defined tolerances for length, flatness, and parallelism.
- Manufactured to ISO 3650/0 tolerance standard for highest precision
- Exact 75.00 mm nominal length for consistent and reliable measurement
- High-quality steel for excellent dimensional stability over time
- Fine polished surface finish for minimal contact friction
- Supplied in a protective storage case for safe storage
- Calibration certificate available for traceability
| Model number | 64-908062 |
| Nominal length | 75.00 mm |
| Tolerance standard | ISO 3650/0 |
| Material | Steel |
| Surface finish | Polished |
| Calibration certificate | Available upon request |
Applications:
- Calibration of precision measuring instruments such as micrometers and vernier calipers
- Verification of dimensional accuracy in manufacturing processes
- As a reference dimension in quality control laboratories
- For setting measuring instruments in CNC machining
- Validation of measurement results in metrological applications
With its ISO 3650/0 certification and exact 75.00 mm dimensioning, this gauge block set is an indispensable tool for all businesses where accuracy and reliability in measurements are critical to success.

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