0.86mm Gauge Pin, Single, ±0.001mm Accuracy, 50mm Length, Workshop Finish - Metav IndustryLine
€5.00
Product information "0.86mm Gauge Pin, Single, ±0.001mm Accuracy, 50mm Length, Workshop Finish - Metav IndustryLine"
Benefit from a workshop-grade solution that combines micrometre-level tolerance (±0.001 mm) with a compact 0.86 mm diameter and a robust 50 mm length for consistent end-measurement checks; order the gauge pin directly via Metav Werkzeuge or ask our consultants if needed.
Gauge pin M323.086 — single test pin, 0.86 mm diameter, ±0.001 mm tolerance (Metav IndustryLine)
A gauge pin designed for precise dimensional verification in workshop and inspection routines, offering micrometre accuracy and a transport-friendly protective case
- Workshop version for regular use
- Diameter 0.86 mm with ±0.001 mm tolerance
- 50 mm length for repeatable end measurements
- Made from special steel for durability
Repeatable small-diameter verification for production control
This test pin delivers consistent dimensional checks where every micrometre matters. With a nominal diameter of 0.86 mm and a tolerance of ±0.001 mm (one micrometre), the component supports tight acceptance criteria in assembly and inspection. The compact form and low mass reduce the influence on fragile assemblies during verification, while the workshop-grade build ensures the pin withstands frequent handling. Clear numerical specifications simplify integration into quality plans and help maintain production flow with measurable repeatability.
How micrometre accuracy improves process decisions
A tolerance of ±0.001 mm converts directly into better process control: deviations are detected earlier and corrective actions can be taken before scrap increases. The pin is suitable for use as a reference in pin gauge stacks, for verifying bores and holes, and for checking end dimensions in small components — applications where high resolution measurement is required. Using this precision pin reduces uncertainty in go/no‑go assessments and supports traceable inspection routines that form the basis of reliable quality documentation.
Durable handling, transport-safe delivery and workshop suitability
Manufactured from special steel, the pin is optimised for daily inspection tasks; the workshop version balances wear resistance with practical handling. Delivery includes a protective case for safe transport and storage, ensuring the pin remains serviceable between uses. Its 50 mm length provides a firm reference for end‑measurements without excessive overhang, making it suitable for bench inspections and fixture-based checks. For serial inspection tasks, the compact dimensions and protective packaging simplify logistics and reduce downtime.
For workshop-ready precision from Metav IndustryLine, contact Metav Werkzeuge for personalised advice and reliable supply from Emmerich — call +49 2822 7131930 or email info@metav-werkzeuge.com to secure the required gauge pin.
Technical Data
- SKU: M323.086
- GTIN: 4061905054051
- Label: Prüfstift, einzeln, 0,86mm, +/- 0.001 mm Länge 50 mm
Facts
- Diameter: 0.86 mm
- Tolerance: ±0.001 mm
- Length: 50 mm
- Weight: 0.003 kg
Special features
- Material: Spezial-Stahl (special steel)
- Workshop version (Werkstatt-Ausführung)
- Delivered in protective case for transport
FAQ
What is the nominal diameter and tolerance of this gauge pin?
The gauge pin has a nominal diameter of 0.86 mm with a specified tolerance of ±0.001 mm, suitable for micrometre-level checks.
Can the pin be used for bore and end-measurements?
Yes, the M323.086 single test pin is designed for bore verification and end-measurements in small components and fixture checks.
Is the pin suitable for daily workshop use?
The workshop version construction and the special steel material make this pin appropriate for regular inspection tasks; it is supplied in a protective case to aid transport and storage.
Metav IndustryLine: Manufacturer / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com
| Designation: | Einzel-Messstift |
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