Ionizer
The built-in ionizer is also part of the DirectClean Tech-
nology. It is automatically activated for suitable jobs to
make cleaning the working chamber easier.
7.4 Job interruptions and job abor-
tions
A job will be interrupted in the following cases:
n
The compressed air supply is not sufficient
n
The vacuum in the working chamber is not suf-
ficient
n
For wet machining: The cooling liquid flow rate is
not sufficient
An interrupted job will normally be continued auto-
matically after the error is corrected.
A job will be aborted in the following cases:
n
In case of a machine malfunction
n
In case of a tool breakage
n
In case of a power failure
If a job was aborted, you have to restart it.
DENTALCNC allows you to resume the job from
the last machining step. For more information,
see the corresponding documentation.
7.4.1 How to proceed in case of a job inter-
ruption
If the job was interrupted, DENTALCNC displays a
corresponding message.
If the compressed air is insufficient
Check the following:
n
The manometer of the compressed air regulator
n
The installation of the pneumatic hoses
n
Your compressor
If the vacuum is insufficient
Check the suction hose and your suction unit.
If the cooling liquid flow rate is insufficient
1. Check if there is enough cooling liquid in the tank.
2. Check if the cooling liquid and the tank including
the filter are clean.
7.4.2 How to proceed in case of a machine
malfunction
A machine malfunction is recognized by the internal
control unit in case of a critical event. The working
chamber will be illuminated in red. DENTALCNC
displays the error message and error code that was
sent by the control unit.
1. Record the error message and error code that is dis-
played.
2. Restart the machine and the CAM computer. If the
problem persists, continue with the next step.
3. Disconnect the machine from the electrical source
and prevent it from being restarted.
4. Contact customer service. Have the error message
and error code readily available.
5. If you need to remove a blank from the working
chamber, perform an emergency opening of the
working chamber door.
7.4.3 How to proceed in case of a tool break-
age
If a tool breaks during machining, the machine will not
recognize this immediately. Instead, the spindle will
continue to move with the broken tool. The tool
breakage will be recognized upon the following
events:
n
The next regular tool change
A tool breakage can be caused by the following:
n
The tool was damaged or worn
n
The tool was put into the wrong tool position or
was manually inserted into the spindle at the
wrong time. As a consequence, it was not suitable
for the processing step.
n
The distribution of the objects in the blank (“nest-
ing”) was not correct.
If a tool breaks, do the following:
1. Open the working chamber door.
2. Remove all parts of the broken tool from the work-
ing chamber and the collet chuck.
3. Re-add the tool to the virtual ATB and virtual tool
magazine in DENTALCNC.
4. If the spindle picked up the tool from the tool
magazine, check if the tool was inserted into the
correct position. Insert a spare tool into the correct
position in the tool magazine.
5. If you manually inserted the tool into the collet
chuck, check if the broken tool corresponds to the
tool type which you were prompted to insert. Have
a correct spare tool ready.
Original Operating Instructions:R5
Version: 12/16/2021
R5 – Operation: Executing jobs
EN 48
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