466.800

Steep Taper Standard Ball-End Runout Test Arbors

For verification of 5-axis steep taper spindle machining centers

Steep Taper 50 (DIN) Ball-End Runout Test Arbor (Compatible with CAT/ANSI)

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Steep Taper 50 (DIN) Ball-End Runout Test Arbor (Compatible with CAT/ANSI)

Ball end spindle runout test arbors are designed checking positioning accuracy of 5-axis machines, but can also be used in place of a standard runout test bars when a shorter length is required or for a touchoff point from the spindle face (ball end is ideal for this purpose).

PDF Data Sheet: Steep Taper Standard Ball-End Runout Test Arbors (466.800)

Taper Length (L) Diameter (D) Standard Part Number
Steep Taper 30 (BT)   150 mm  30 mm          JIS BT 6339 / ISO7388-2  466.730.000.000
Steep Taper 40 (BT)   150 mm  30 mm          JIS BT 6339 / ISO7388-2  466.740.000.000
Steep Taper 50 (BT)   150 mm  30 mm          JIS BT 6339 / ISO7388-2  466.750.000.000
Steep Taper 40 (DIN)   150 mm  30 mm          DIN 69871 / ISO7388-1  466.840.000.000
Steep Taper 50 (DIN)   150 mm  30 mm          DIN 69871 / ISO7388-1  466.850.000.000
Steep Taper 40 (CAT/ANSI)   150 mm  30 mm          ASME B5.50  466.940.000.000
Steep Taper 50 (CAT/ANSI)   150 mm  30 mm          ASME B5.50  466.950.000.000
Custom Size/Length/Diameter               Contact us with your requirements  466.800.SP

Overview: Spindle Runout Arbor Carrying Cases
Overview: Spindle Runout Arbor Carrying Cases

Whether your gauges need to be transported on a frequent basis, or need to be stored in one area for a period of time, we can offer a reliable solution.

Details PDF (465.006)

Ball runout to taper ≤0.010 mm (0.0004"), with a ≤0.002 (0.00008") runout shaft below for checking axial runout.

Arbors do not include a carrying case. Visit our carrying case options page for gauge crib upright storage, travel, and customized carrying case solutions.

A certificate of accuracy is included.

Gauge length is measured from the tool holder gauge line to the end of the ball.

Other steep taper standards and sizes as well as different gauge lengths and ball diameters are available. Contact us for more information.


Spindle Runout Test Arbor Instructions
Spindle Runout Test Arbor Instructions

One of the leading causes of tool breakage, part finish issues, tolerance control, and machine registration issues is excessive spindle runout.

Details PDF (465.005)

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Location: 304 North Main St, Suite 104, Rockford, IL 61101-1101 USA
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Steep Taper Precision Ball-End Runout Test Arbors
Steep Taper Precision Ball-End Runout Test Arbors

Our 467 precision version feature an adjustment mechanism which allows for improved accuracy when compared to our standard 466 ball arbors.

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