Projecting length of the toolholder from the machine spindle.


The dimensions can be extended up to a specified limit.

Note:
The modification of the lengths requires specially manufactured products, which results in an increase in production costs.

The dimensions can be extended up to a specified limit.

Note:
The length (L4) can only be changed after the projecting length (L1) has been changed.

The dimensions can be extended up to a specified limit.

Note:
The length (L4) can only be changed after the projecting length (L1) has been changed.

Corresponds to the maximum insertion depth of the tool shank in the clamping bore.

The dimensions can be extended up to a specified limit.

Note:
The clamping length (L2) can only be changed after the length (L4) has been changed.

Corresponds to the maximum insertion depth of the tool shank in the clamping bore.

The dimensions can be extended up to a specified limit.

Note:
The clamping length (L2) can only be changed after the length (L4) has been changed.

Subsequent or additional insertion of a chip hole in the toolholder according to the relevant interface standard.

A chip hole is required to accommodate a data carrier chip.

The data carrier is used for data collection and clear classification of toolholders in a toolholder identification system.

The first entry describes the type code of the chip (e.g. BIS-C-122-04/L).
The second specification describes the maximum memory capacity of the chip (e.g. 511 bytes)

The run-out error of the toolholder, tool and machine spindle can be compensated using four lateral set-screws. This means an adjustable run-out accuracy of almost 0 µm is possible.

"Cool Flow" enables peripheral cooling using cooling channels in the wall of the clamping bore (D1). The coolant is fed directly to the cutting edge of the tool

Retention knob for taper mountings, as an important connecting element between machine and toolholder. The taper is pulled into the spindle on the machine side via the retention knob.

The selection list has been pre-sorted.
This means that you are only shown retention knobs that are suitable for your selected interface.
Exact dimensions can be found in the relevant standard.
If a suitable retention knobs is selected, the number of items will be delivered according to the order quantity.

The gripper groove of the toolholder interface can be provided with color coding, which is selected from a predefined color palette.

Color coding makes quick identification and organization of tools and toolholders easier.

Color coding can be used to assign toolholders to different production lines, for example.

Hexagon socket wrench with cross handle for clamping and unclamping tool shanks in hydraulic expansion toolholders.

If this is selected, the quantity corresponds to the order quantity.
However, the actuation key is deselected by default.

The supplied document confirms in writing that the delivered products have been manufactured and tested in accordance with valid documents (drawings, standards, specifications, approved deviations).

In the documents supplied, both the setting parameters of the balancing process and the measurement results of the residual imbalance of each individual toolholder are recorded.