467.K00

KM Precision Ball-End Runout Test Arbors

For verification of 5-axis KM taper spindle machining centers

KM Precision Ball-End Runout Test Arbors (Click image to enlarge)
KM Precision Ball-End Runout Test Arbors (Click image to enlarge)

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). Our 467 precision version feature an adjustment mechanism which allows for improved accuracy. * ISO 26622 runout arbor tapers are compatible with machines using TS, XMZ (Mazak Integrex), and ATC. Flange may not be suitable for use with automatic tool changers.

PDF Data Sheet: KM Precision Ball-End Runout Test Arbors (467.K00)

KM Taper Length (L) Ball Dia. (D) Runout Standard Part Number
KM 32   150 mm  30 mm  0.005 mm        ISO 26622*  467.K32.000.000
KM 40   150 mm  30 mm  0.005 mm        ISO 26622*  467.K40.000.000
KM 50   150 mm  30 mm  0.005 mm        ISO 26622*  467.K50.000.000
KM 63   150 mm  30 mm  0.005 mm        ISO 26622*  467.K63.000.000
KM 80   150 mm  30 mm  0.005 mm        ISO 26622*  467.K80.000.000
Custom Configuration   Contact Us  Contact Us            467.K00.SP

Carrying Cases for KM Precision Ball End Runout Arbors
Carrying Cases for KM Precision Ball End Runout Arbors

TAC Rockford runout arbor cases are specifically designed to protect your precision spindle runout test arbors. These cases feature high-density, custom-cut foam interiors that secure the arbors. They ensure your critical measurement tools are shielded from dirt, damage, and impact, maintaining their accuracy and readiness for preventative maintenance.

Details

Indicators and Bases
Indicators and Bases

TAC Rockford offers a variety of magnetic bases and indicators for use with runout test arbors and other gauges.

Available as kits with storage case or individually.

Details

Product Resolution Base Part Number
Dial Indicator 4332000       0.01mm    N/A      499.220.150
Dial Indicator 4334000       0.001mm    N/A      499.220.151
Dial Indicator 4334900       0.00005"    N/A      499.220.155
Test Indicator       0.002mm    N/A      499.220.161
Test Indicator       0.0001"    N/A      499.220.165
Standard Magnetic Indicator Base       N/A    N/A      499.250.010
High-Stiffness Magnetic Indicator Base       N/A    N/A      499.250.020
Kit w/ Standard Base, 0.001mm Indicator, Carrying Case       0.001mm    Standard      499.255.010.151
Kit w/ Standard Base, 0.00005" Indicator, Carrying Case       0.00005"    Standard      499.255.010.155
Kit w/ Standard Base, 0.002mm Indicator, Carrying Case       0.002mm    Standard      499.255.010.161
Kit w/ Standard Base, 0.0001" Indicator, Carrying Case       0.0001"    Standard      499.255.010.165
Kit w/ High-Stiffness Base, 0.001mm Indicator, Carrying Case       0.001mm    High-Stiffness      499.255.020.151
Kit w/ High-Stiffness Base, 0.00005" Indicator, Carrying Case       0.00005"    High-Stiffness      499.255.020.155
Kit w/ High-Stiffness Base, 0.002mm Indicator, Carrying Case       0.002mm    High-Stiffness      499.255.020.161
Kit w/ High-Stiffness Base, 0.0001" Indicator, Carrying Case       0.0001"    High-Stiffness      499.255.020.165

TAC Rockford precision ball arbors have a special adjustment mechanism which allows the ball runout to the taper to be adjusted.

Arbors are factory-adjusted to <=0.005 mm (0.0002") runout. Runout adjustment fixtures are available for periodic verification and adjustment. A certificate of accuracy is included.

Gauge length is measured from the tool holder gauge line to the end of the ball. Please contact us for other ball diameters and gauge lengths. Inch dimensions are also available.

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


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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Related

KM Precision Ball-End Runout Test Arbors
KM Precision Ball-End Runout Test Arbors

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).

Our 467 precision version feature an adjustment mechanism which allows for improved accuracy.

* ISO 26622 runout arbor tapers are compatible with machines using TS, XMZ (Mazak Integrex), and ATC. Flange may not be suitable for use with automatic tool changers.

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