What is meant by DIN 66025 / ISO 6983?
DIN 66025 and ISO 6983 are standards dealing with the programming of numerically controlled machine tools (NC machines). These standards define the G-codes format used to control machine movements and machining processes. The G-code is a programming language containing instructions for machines such as CNC milling machines, lathes, and other machine tools. These standards ensure uniform and standardized programming that is internationally recognized.
Typical software functions in the field of "DIN 66025 / ISO 6983":
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G-Code Editor:
- Creation and editing of G-code programs.
- Syntax highlighting and error checking for correct code input.
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Simulation and Verification:
- Virtual simulation of tool paths to verify program accuracy.
- Collision checking and validation of machining processes.
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Post-Processor:
- Adjustment of G-code output to specific machine requirements.
- Support for various machine controls and formats.
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Program Optimization:
- Automatic optimization of tool paths to reduce machining time and increase efficiency.
- Calculation of optimal cutting parameters and movement sequences.
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Integration with CAD/CAM Systems:
- Import and export of CAD models for creating NC programs.
- Seamless data transfer from design to manufacturing phase.
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Tool Management:
- Management of tool data and parameters.
- Monitoring of tool life and maintenance intervals.
Examples of “DIN 66025 / ISO 6983”:
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CNC Milling:
- Programming and control of CNC milling machines for machining metal and plastic parts.
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Turning:
- Use of G-codes to control CNC lathes for precise rotational machining.
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Laser and Plasma Cutting:
- Application of G-codes to control cutting machines for cutting sheets and other materials.
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3D Printing:
- Use of G-codes to control 3D printers and create additive manufacturing parts.