Product Overview
A high-accuracy Plunger Dial Indicator designed for industrial alignment and measurement tasks. Built to the DIN 878 standard, this tool features a smooth plunger action, high-contrast face, and is available in both Metric (0.01mm) and Imperial (0.0005"/0.001") versions with optional Jeweled Bearings for enhanced sensitivity.
Key Features
Explore the outstanding features of this product
Adjustable Limit Markers
Easily set "Go/No-Go" tolerance ranges directly on the dial face, enabling quick visual checks against defined limits.
DIN 878 Compliance
Manufactured to rigorous international standards for precision and reliability, ensuring accurate and consistent measurements.
Dual Mounting Styles
Choose between Flat Back or Lug Back ($ø6.5\text{mm}$ hole) to suit your specific inspection hardware and workshop setup.
Jeweled Bearing Option
Available on premium models to provide ultra-low friction and maximum sensitivity, enabling detection of even the slightest variations.
Metric & Imperial Options
High-resolution graduations available in $0.01\text{mm}$, $0.001"$, or $0.0005"$ to meet your preferred unit of measurement.
Robust Construction
Designed to withstand the vibrations and daily rigors of a machine shop environment, providing long-lasting durability.
Material Composition
Detailed breakdown of materials used in this product
Plastic composite for impact resistance and protective housing.
Alloy component for hardness, wear resistance, and corrosion protection.
Conductive material for electronic components and circuitry.
Non-stick coating for smooth operation and wear reduction.
Primary structural material for durability and corrosion resistance.
Coating material for extreme hardness and abrasion resistance.
Composition Overview
Acrylonitrile Butadiene Styrene (ABS)
Polytetrafluoroethylene (PTFE)
Product Applications
Discover the various ways this product can be utilized
Measuring crankshaft end play and brake rotor warp.
Aligning jigs and fixtures for welding or assembly.
Checking the run-out of lathe chucks and spindles.
Verifying the flatness and parallelism of machined parts.
