Dial & Centering Indicators
3 από 3 products
Dial Test Indicator
Jeweled bearing Carbide pins Two measurement directions Non-magnetic body Includes 2 clamping accessories: for shafts Ø4mm and Ø8mm Optional acc...
View full details
Dial Indicator Centering Gauge
Dial test indicator from the German manufacturer Kafer. Probe length 12.8 mm Displacement range 240° Accuracy according to DIN 2270 The clutch me...
View full details
Dial Indicator
Model K 49 AD features a water-protected dial casing. The transparent front cover, made from durable plastic, provides a good seal for the dial...
View full detailsDial indicators are precision instruments that measure small linear displacements via a spring-loaded plunger, displayed on an analog dial. They are used to verify runout, parallelism, height, depth and thickness in machining and quality inspection.
Available in multiple travel ranges and resolutions, with different dial diameters, stem configurations and protection options for coolant/dust. You’ll also find dial test indicators for angular contact measurements, from Insize, Kafer & Mahr.
Common setups include use with a magnetic base or as a comparator for alignment on lathes, mills and inspection benches.
Dial Indicators
The dial indicators (or comparative gauges) are high-precision measuring instruments used to check the deviations of a surface from a reference point. They are essential for machine tool setup and component quality control, as they can detect differences on the order of 0,01 mm or even 0,001 mm.
- Types:Face (Plunger Type): They have a spindle that moves linearly up and down. Ideal for measuring flatness and perpendicularity.Test indicators (Lever Type): They have a rotating stylus (lever). They are extremely versatile for measurements in hard-to-reach areas or for checking radial deviation (run-out) on lathes.
- Applications: * Alignment of parts in the lathe chuck.Checking parallelism on milling machine tables.Measuring wear on brake discs or engine shafts.
- Use with Magnetic Base: For the indicator to operate, it must be mounted on a stable magnetic base with articulated arms, so that it remains stationary during the measurement.