Translation of "Werkzeuggröße" in English

Based on the mould size, normally at least a 300 tonne machine would be necessary.

The maximum tool size is about 1000 x 700 mm.

Depending on mould size, up to 50 % of the normal heating capacity is able to be saved.

The tool aperture is twice the lens aperture.

The unit size is always adapted to the specific task, tool size and spindle rating.

Price is depending on order quantity or lot size, tool size and material quality.

We manufacture tools for jetting plastics (size of tools 700x500 mm).

For virtually every tool size a variant of the Compact Locking Systems is available.

Select a tool size that corresponds to the target hole diameter.

The greatest possible tool size is 700mm x 550mm.

At the same time, the number of possible strands is limited due to the necessary space and die size.

The maximum mould size is shown in the attached mould mounting drawing (e-motion 110, victory 120).

Right-click in the Image Window to adjust the tool size.

It is also possible, with the tools and the device of the size provided, to groove large diameter cylindrical workpieces or workpieces of other shapes. It is also possible to form grooves of considerably greater length, width and/or depth in a workpiece, than is possible with other known tools and devices of the same size.

The sheet-metal parts to be machined, which are becoming increasingly larger, led to the further development of the multiple-die or transfer presses into so-called large-part multiple-die presses (LP-presses), which are basically similarly constructed with the difference that, as a condition of the die size and workpiece size respectively, the transport steps turn out to be substantially larger.

All bore diameters lying witin the tool size range may thereby be deburred or chamfered in one operation by means of one tool.

The non-contact bearing means that very high speeds can be achieved, which is important in the micro-chipping industry due to the small tool size and the associated high cutting speed.

However, this process is also expensive and calls for a long machining time since the tooth flanks are machined separately, followed by machining the recess 11 ? using a milling cutter having a small tool size and thus a small cutting volume.

The possible size of the tool is limited by the work space of the machining apparatus (skiving machine) employed and for inner toothings also by the inner space of this proper toothing.

The possible size of the tool is limited by the work space of the machining apparatus (skiving machine) employed and for inner toothings also by the inner space of this proper toothing.

Thus, it may be useful to add the type of tool and the tool size as further independent features in the table of FIG.

Here the use of a blasting pressure of from approx. 1.5 to 2 bar is expedient, setting the blasting direction and blasting angle according to the type of tool and size of tool.

FIG. 8 shows part of a list of tool components with associated cost functions or consumption functions, thus functions which compute the source consumption in dependence on the selection variables and possible other values such as tool size etc. (“machining cost” in the columns).

Moreover, thanks to tie-bar-less technology, it is possible in many applications to use a smaller machine than mould size would normally dictate.

Thus in many applications, a smaller injection moulding machine can be used than the mould size would normally dictate.

In addition to the geology, limited space at the cutterhead and the maximum possible load on the disc cutter bearings are also crucial factors when choosing the appropriate tool size.

Tie-bar-less technology makes it possible to choose the machine size on the basis of the clamping force actually required, rather than the mould size.