Manual coordinate measuring machine SMART

Fast measurement results thanks to simple operation

The measurement software ThomControl is very easy to use and extremely easy to use. Extensive graphic support allows even inexperienced operators to measure efficiently and quickly after just a few days. Measuring programs can be taught in using the teach-in process. The elements can be clicked directly on a CAD model and measured. The measuring program is written in the background.

Setpoints are automatically generated by simply clicking on the CAD. With the free-form surface module, surface points can be touched directly. The associated setpoint and the deviation from the CAD model are automatically determined and displayed graphically.

When printing the measurement protocols, the output can be sorted according to various criteria. The operator can also individually determine which element is to be output at which position in the measurement report. The measurement logs can be saved in PDF, WORD and EXCEL format. The clear report editor enables the quick and easy creation of graphical, tabular or combined measurement reports.

More info on the measurement software ThomControl

Guarantee the highest accuracy and reproducibility of the measurement results and ensure thermal stability

The granite guides of the THOME coordinate measuring machines are finely lapped. Due to its tension-free and thermal stability, granite is the ideal guide material for high-quality coordinate measuring machines.

Thanks to the high surface quality of the granite guides, our measuring machines consume very little air. Our air bearing technology also guarantees frictionless storage of the guides with maximum reproducibility. The measuring machines work almost wear-free.

Measure areas quickly and precisely

The manual measuring machine SMART is equipped with a two-stage fine drive in each axis. The two-stage fine drive enables easily accessible areas to be measured quickly and precisely. Measurements can be made slowly and carefully in hard-to-reach areas. The fine step allows precise positioning in the µm range.

An axis can be clamped quickly

The individual clamping in all axes enables the operator to clamp an axis quickly. As a result, the machine moves exactly parallel to the axis. A contour can be followed or probed within a defined plane. You can also align the workpieces very precisely if necessary.

More precise measurement results through passive vibration damping

The double passive vibration damping absorbs vibrations down to 40 Hz. Vibrations down to 10 Hz can be absorbed by using an active air membrane damping.

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Renishaw TP8 probe head

TP8 Manual coordinate measuring machine SMART with the Renishaw probe head TP8.

benefits:

Very inexpensive

Also suitable for star pens

Pretty tough

Disadvantage:

Cannot be automated if a button change is necessary

Cannot be automated if a stylus module change is necessary

Can only be swiveled by loosening a clamping screw

After that, the stylus module must be recalibrated each time

Measurement uncertainty increases proportionally with the length of the stylus

Operation area

Simple applications where you can capture all features with a stylus or a star stylus

The highest precision to be measured is approx. 0.023 mm

Prices of SMART packages with the Renishaw PH6 probe

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Renishaw PH6 rigid probe head

Renishaw TP200 probe

Renishaw PH 6 rigid probe head with TP20 probe

Rigid probe head PH6 and high-precision measuring probe TP200 for use with star probes and, if required, with the SCR200 probe changing system.

Benefits:

For stylus lengths up to 100 mm

Highest scanning accuracy even with longer stylus

The probe system requires little space

Long service life of the stylus modules of 10 million touch points / module

Disadvantage:

No swiveling of the probe head

Operation area:

If all features can be recorded with a star stylus and if stylus lengths of up to 100 mm are sufficient

Suitable for the following applications:

The highest precision to be measured is approx. 0.012 mm

A lateral immersion depth of 50 mm is sufficient

The immersion depth of 100 mm in the Z direction is sufficient

Inclined holes outside the 3 main directions (X, Y, Z) are the exception or do not occur

More commonly used for small CNC measuring machines, as the probe system is very space-saving

Prices of SMART packages with the Renishaw PH6 probe head

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Rotary swivel head MH20i from Renishaw

Rotary swivel head MH20i from Renishaw

Rotary swivel head MH20i from Renishaw

MH20i manual rotary / swivel head from Renishaw with TP20 quick change module.

The rotary and swivel axes can be adjusted reproducibly in 15 ° steps. Reproducibility 1.5 µm with a swivel radius of approx. 70 mm.

benefits:

Quick swiveling of the probe without recalibrating. Quick change of stylus thanks to magnetic stylus change modules.

disadvantage:

Significantly more expensive than the TP8 and a little more expensive than the PH6 with the TP20

The angular resolution of the two swivel axes is only 15 ° and is therefore relatively low.

The TP20 probe modules are relatively expensive at around € 900 / module.

Operation area:

If frequent turning and swiveling of the probe head is required and probe lengths of up to 60 mm are sufficient.

Suitable for the following applications:

The highest precision to be measured is about 0.010 mm

Fast measuring is important

The immersion depth of 60 mm is sufficient

swivel steps of 15° are sufficient

Prices of SMART packages with the Renishaw MH20i probe

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