| For
Milling machines, Boring mills |
|
For Milling applications, the following features stand out:
- Tool radius compensation
- Part centering
- Axis coupling
- Shrink factor (for mold work)
- Bolt-hole drilling
 
|
| For
Lathe |
|
For Lathe applications we should point out:
- Coupling (combination) of the
Z1 and Z2 axes
- Library of up to 9 tools
- Tool calibration
- Taper angle calculation by just touching two points of the
part.
- Hold function for tool change
- Direct radius/diameter reading.
|
| For
Lathes with Spindle Control |
| This dro calculates
and automatically varies the spindle speed according to the X
axis radius while machining; thus providing an optimum part finish,
20 to 30% machining time saving and longer tool life.
The "NVP 300/301 TS" model offers:
- Constant Surface Speed (CSS)
- Spindle orientation, by entering the desired angle directly.
- Override (50-150%) of the programmed RPM without interrupting
the machining operation.
- Spindle speed control through an external potentiometer.
|
| For
EDM machines |
Besides the standard features of FAGOR digital readouts for mills
and boring mills, these dro's offer these features:
- 6 digital outputs: To control up to
6 depth levels in the EDM process and 10 in BCD mode.
- 3 digital inputs: Used as emergency input and for axis zero
setting.
- It is possible to modify any activation position (level) and
the length of the electrode while executing the
program.
- Hysteresis factor.
- Electrode length compensation.
|
| For
Profile projectors |
The "NVP 200/201 QC" makes it possible to turn a simple
profile projector or microscope into a powerful measuring and
2D calculating machine.
This dro includes features such as tolerance
control, statistic process control of a series of measurements
and, optionally, fiber optic connection.
|
| For
Tool Presetter |
The NVP 300/301 Presetter is a DRO specially designed for:
- Tool calibration
- Storing tool values
- Downloading tool values
Once measured, these values may be edited,
modified and sent out to a PC or a CNC.
|
| |
|
|
