OPTICAL EDGE FINDERS
3D, 2D and precision probe versions
Edge finders 3D – developed by us, produced only by us!
Functionality: If a conductive workpiece and the probing ball touch (within the axis X, Y and Z), the electrical circuit gets closed and a LED signal appears. When the LED signal appears, the workpiece‘s edge is reached with a distance of 5 mm (= radius of probing ball Ø10). n Z axis, the reference length has to be measured and taken into account respectively.
The optical edge finders are available in all usual shank sizes.
The functionality of the 2D edge finder is the same as in the 3D version.
TSCHORN 4.0
Automatic probing systems for every application
You may be wondering if it’s worth investing in your older machine.
The answer is yes! Thanks to the automatic probing system TSCHORN 4.0, investing in your old machine is also a worthwhile decision.
The cost-effective TSCHORN 4.0 system not only offers a significant increase in the precision and efficiency of your work processes, but also a longer service life for your machine. The advanced features and seamless integration of the system help minimize downtime and increase overall productivity. This not only improves the quality of your end products, but also strengthens your competitiveness.
Invest in the future of your production and benefit from the sustainable advantages that this advanced probing system offers.
– time saving
– repeatability +/- 3 μm
– The accuracy is independent from the user.
– The receiver can flexibly be placed outside.
– The user has a good overview of the status LEDs at any time.
3D TESTERS
Our 3D Tester product portfolio
The 3D Testers are not only characterized by their robust construction, but also impress with a slim and attractive design that is both functional and aesthetically pleasing. These probes offer a wide range of precise and versatile applications that enable workpiece zero points and length dimensions to be determined quickly and easily.
An outstanding feature of the 3D Tester is its ability to carry out probing in all axis directions (X/Y/Z) with the same pointer resolution. This enables extremely precise alignment and positioning of the workpiece. As soon as the indicators point to “0”, this signals that the spindle axis is exactly aligned with the workpiece edge which is an indispensable basis for precise machining operations.