Characteristic

Model : 3D-80.360.00

Universal 3D edge finder
Edge finder waterproof rating: IP 67.
Accuracy: 0.01mm accuracy.
Shipping include: general-purpose 3D edge finder clamp rod Ø 20 mm, Ø 4 mm ball containing short probes

Universal 3D-Sensor

German original Universal 3D-Sensor80.360.00 HAIMER
TYPE	Remark
3D-80.360.00	German original that came within a short probe
3D-S	4 mm x   25L  Short probe tip
3D-L	8 mm x   65L  Long probe tip

Technical Data

1 [mm]	113
L2 [mm]	50
D1 [mm]	20
D2 [mm]	4
B [mm]	65
Smallest unit of measure [mm]	0.01

                                    

The Universal 3D-Sensor is a very precise and versatile measuring instrument for milling and EDM machines (insulated probe).

The 3D-Sensor is clamped into a tool holder and inserted into a milling spindle. Once clamped into the machine spindle, the run-out (T.I.R) is fully adjustable to Zero. Then, you are able to find exact positioning of the spindle axis on the edges of the workpiece. This allows for zeros to be set and the length to be measured quickly and easily. You may approach in any direction (X-, Y-, Z- axis – hence the name „3D-Sensor“). When the dial gage shows zero, the spindle axis is exactly on the workpiece edge.

Only the HAIMER 3D-Sensor allows for the edge to be found on the first attempt. No calculating of the probe’s ball diameter is necessary – just Zero it out! Problems with mathematics or calculations are eliminated, allowing for fewer operator errors. Our 3D-Sensor is quick and easy, reducing the extra time needed with most edge-finders, increasing the productivity and accuracy of the operator.

Simply bring the needle to Zero, and that is your edge with any probe. The accuracy is such that you are able to inspect your parts right on the machine. Tram vises, find the center of your bore, find your edge and inspect parts - it is all possible with the HAIMER 3D-Sensor. The unit has a large overrun distance in connection with the fully tested preset breaking points giving the sensor long life. All Universal 3D-Sensors are individually tested and adjusted when being assembled in order to achieve a maximum of measuring precision.