Dial Test Indicator (DTI): Lever-Type Runout Alignment Sweeps: Metrology & Quality Inspection Standards

Miniature balanced lever-type dial test indicator sweeping rotational runout, vice squareness, and workpiece parallelism on machine tables.

Engineering Specifications & Parameters

Primary Target Setup Sweeping, Runout & Tramming...
Sensor Technology Jeweled Bearing Movement
Core Metrology Rule Must maintain stylus contact angle parallel to surface or ap...
Measurement Accuracy 0.002 mm / 0.001 mm Graduations
Metrology Instrument Lever-Type Dial Test Indicator

Metrology Architecture & Functional Overview

Dial Test Indicator (DTI): Lever-Type Runout Alignment Sweeps is an indispensable quality assurance and dimensional metrology instrument deployed across UCAN ROBOT's inspection facilities for Miniature balanced lever-type dial test indicator sweeping rotational runout, vice squareness, and workpiece parallelism on machine tables..

Technical Specifications & Measurement Capabilities

  • Instrument Classification: Lever-Type Dial Test Indicator.
  • Sensor / Probing Mechanism: Jeweled Bearing Movement.
  • Measurement Accuracy: Verified within 0.002 mm / 0.001 mm Graduations.
  • Inspection Focus: Optimized for Setup Sweeping, Runout & Tramming.
  • Metrology Rule: Must maintain stylus contact angle parallel to surface or apply cosine compensation angle correction factors ($\cos \theta$).
  • Quality Traceability: All metrology instruments are calibrated annually against NIST/CNAS traceable master gauge artifacts within UCAN ROBOT's ISO/IEC 17025 compliant metrology cleanroom.

Review our production quality benchmarks in Precision Machining Quality Control and discover Application of Precision Machining.

Frequently Asked Questions

What accuracy level is achieved using Dial Test Indicator (DTI)?

Measurement resolution is held within 0.002 mm / 0.001 mm Graduations under 20°C temperature-controlled laboratory conditions.

Why is this metrology instrument critical for high-precision CNC parts?

Must maintain stylus contact angle parallel to surface or apply cosine compensation angle correction factors ($\cos \theta$).