Laser machining method, laser machining device and control method of laser machining

A laser machining method comprising the steps of:

• generating a plurality of energy pulses with a laser;
• applying said plurality of energy pulses to a workpiece;
• detecting a machining state of the workpiece using reflected energy resulting from applying said energy pulses to said workpiece
• terminating said applying of said energy pulses to said workpiece based on a result of said detecting and performing error processing.

A laser machining method comprising:

• generating a plurality of energy pulses with a laser;
• applying said plurality of energy pulses to a workpiece;
• detecting a first machining state of the workpiece using reflected energy resulting from applying said energy pulses to said workpiece;
• and
• terminating said applying of said energy pulses to said workpiece based on a result of said detecting;
• and
• detecting a second machining state of the workpiece.

A laser machining method comprising:

• generating a plurality of energy pulses with a laser;
• applying said plurality of energy pulses to a workpiece;
• detecting a first machining state of the workpiece using reflected energy resulting from applying said energy pulses to said workpiece;
• terminating said applying of said energy pulses to said workpiece based on a result of said detecting;
• detecting a second machining state of the workpiece and performing error processing.

A laser machining method comprising the steps of:

• setting a first laser output condition for generating a first plurality of energy pulses with a laser;
• setting a second laser output condition for generating a second plurality of energy pulses with a laser;
• applying said second plurality of energy pulses to a workpiece
• detecting a machining state of the workpiece and using reflected energy resulting from said applying of said second plurality of energy pules;
• terminating said applying of said second plurality of energy pulses based on a result of said detecting and said first laser output condition.

A laser machining method comprising the steps of:

• setting a first laser output condition for generating a first plurality of energy pulses with a laser;
• setting a second laser output condition for generating a second plurality of energy pulses with a laser;
• applying said second plurality of energy pulses to a workpiece
• detecting a machining state of the workpiece and using reflected energy resulting from said applying of said second plurality of energy pules;
• terminating said applying of said second plurality of energy pulses based on a result of said detecting and said first laser output condition;
• and
• performing error processing at said first output condition.

A laser machining method comprising:

• setting a first laser output condition for generating a first plurality of energy pulses with a laser;
• setting a second laser output condition for generating a second plurality of energy pulses with a laser;
• applying said second plurality of energy pulses to a workpiece
• detecting a machining state of the workpiece and using reflected energy resulting from said applying of said second plurality of energy pules;
• terminating said applying of said second plurality of energy pulses based on a result of said detecting and said first laser output condition;
• detecting a second machining state based on said first output.

A laser machining method comprising:

• setting a first laser output condition for generating a first plurality of energy pulses with a laser;
• setting a second laser output condition for generating a second plurality of energy pulses with a laser;
• applying said second plurality of energy pulses to a workpiece
• detecting a machining state of the workpiece and using reflected energy resulting from said applying of said second plurality of energy pules;
• terminating said applying of said second plurality of energy pulses based on a result of said detecting and said first laser output condition;
• and
• performing error processing based on said second output condition.