This is the traditional slimline switching probe for most applications. The small diameter, 13mm or 0.51", allows access into restricted areas. Its adjustable stylus force enables the probe to support a wide range of styli and extensions. Can be attached to the ends of the same diameter extension bars (PEL family) for longer reach. For manual or DCC applications.

Available in the 6-way configuration for minus-Z measurements.

A larger, more robust probe than the TP2. The body diameter is 25mm or 0.98". Recommended for shop and production applications. The extended stylus force range of 10g-30g allows the use of longer styli without the problem of false triggers.

The TP6A model connects directly to the Autojoint mounting on compatible probe heads.

The TP20 is basically a two-piece TP2. The switching mechanism is in the module, which attaches magnetically to the probe body via a repeatable kinematic mount. Since the modules are less expensive than a TP2, multiple stylus configurations for repetitive parts become less costly. Add to this the MCR20 Stylus Rack and you approach the versatility of a costly motorized probe head. The detachable module also prevents costly damage in the event of a collision.

Available in the 6-way configuration for minus-Z measurements.

*NOTE: The RTP20 utilizes the motorized axes of the CMM for articulation.

CMM Style: Manual and DCC

The MCR20 system has 5 standard length modules, plus two extended length modules to fit your inspection needs.

These modules also mount directly to the MH20 and MH20i indexing probe head without the use of the TP20 touch probe body.

The TP-200 is a highly sensitive and accurate probe based on micro strain gauge technology. It favors a detachable module like the TP20; the outside appearance is quite similar. The body diameter again is 13mm (.51"). Triggering takes place in the probe body, the modules are therefore less expensive. The lobing error, associated with the other mechanical probes is absent. It is, therefore, recommended for accurate roundness measurements in bearing bores and the like. To achieve the higher accuracy it is imperative that the qualification speed and the speed while taking points are the same and constant. Consequently this Probe should NOT be used on manual CMMs.

CMM Style: DCC

The SCR200 system has 3 stylus modules to fit your inspection needs. The EO module is designed to provide extended Z-Axis over travel of 12.5 mm to higher speed applications where the CMM may require extended over-shoot distances.

The TP7M is based on strain gauge technology which provides a higher accuracy than standard touch probes. This technology should only be used on DCC style CMMs where the contact speeds can be controlled and constant. Requires the use of the PI7-2 probe interface.

The SP25M scanning probe system has a compact 25mm diameter body that supports scanning and touch trigger probe configurations. There are 4 scanning modules to support various length styli and one TP20 touch probe adapter to data point capturing.

The SP25M system works with the UCC2 CMM Controller which provides full scanning and touch point operations. This system can be mounted on any Probe Head that supports the Autojoint with multiwire.

Additional accessories include various changing racks to fit your needs.

CMM Style: DCC

The SP25M system has 4 scanning  modules that provide a variety of stylus length, plus one TP20 touch probe adapter module to perform standard data point capturing.