9.74mm Gauge Pin, ±0.001mm, 50mm Length, Workshop Version - Metav IndustryLine

Combine workshop robustness with ±0.001 mm repeatability and a resistant special steel construction to keep end‑measure checks reliable and traceable. Procure the gauge pin directly via Metav Werkzeuge or consult the Metav specialists for application support and supply options.

Gauge pin M323.974 – 9.74 mm, ±0.001 mm tolerance, 50 mm length (Metav IndustryLine)

The gauge pin M323.974 is a single precision test pin designed for end‑measurement verification and fine gauging tasks in workshop metrology.

• Precision tolerance ±0.001 mm
• Diameter 9.74 mm for end‑measure checks
• 50 mm test length for fixture compatibility
• Workshop‑grade special steel construction

Accurate control with minimal uncertainty

The M323.974 gauge pin delivers a ±0.001 mm tolerance, providing a level of precision that supports strict dimensional control and reduces the likelihood of part rejection. Such a fine tolerance is particularly valuable when verifying end measures or mating fits where even micrometre deviations affect assembly quality. The compact design and exact diameter make it straightforward to use in go/no‑go fixtures, inspection benches or comparison against datum surfaces, leading to more consistent quality reporting and fewer downstream corrections.

Durable build tailored to workshop conditions

Constructed from special steel and specified as a workshop edition, this test pin is engineered for the demands of everyday use. The 50 mm length balances reach and stiffness, aiding stable handling and repeatable seating in holders or sockets. A robust material choice increases resistance to wear and maintains the critical diameter over many inspection cycles, which preserves measurement reliability and lowers the frequency of replacements. The combination of material and geometry therefore contributes to long‑term operational efficiency.

Seamless integration into inspection routines

Designed as a single test pin for end measurement, the component integrates easily with common pin holders, check fixtures and bench tooling. Its compact weight and defined dimensions facilitate quick interchangeability and simple storage when used as part of a set of reference pins. Backed by Metav’s distribution and product range, the pin supports streamlined procurement and consistent supply for production and quality departments, enabling sustained traceability and dependable inspection workflow continuity.

For workshop‑grade precision from Metav IndustryLine, contact Metav Werkzeuge for purchasing and technical advice on the M323.974 gauge pin.

Technical Data

• Article number: M323.974
• GTIN: 4061905063336
• Manufacturer: Metav IndustryLine

Facts

• Diameter: 9.74 mm
• Tolerance: ±0.001 mm
• Length: 50 mm
• Weight: 0.033 kg

Special features

• Material: Special steel
• Workshop edition
• Single test pin for end measurement
• Accuracy class: ±0.001

FAQ

What applications is this gauge pin suited for?
The gauge pin M323.974 is intended for end‑measure verification and fine gauging tasks in workshop metrology, where a precise 9.74 mm reference is required.

Can the pin be used in standard pin holders and fixtures?
Yes, the 50 mm length and defined diameter make the M323.974 compatible with common pin holders and bench fixtures used for dimensional checks.

How does the ±0.001 mm tolerance affect measurement processes?
Such a tight tolerance reduces measurement uncertainty and improves the reliability of go/no‑go decisions and fit inspections when using the M323.974 as a reference.

Is the material suitable for regular workshop use?
The special steel construction of this test pin is selected for wear resistance and durability under routine inspection cycles.

Which product identifier should be used when ordering or referencing this item?
Refer to the article number M323.974 or GTIN 4061905063336 when ordering or specifying the gauge pin.

Manufacturer / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com