def _write_line(self, line: DXFLine) -> List[str]: return [ "0", "LINE", "8", line.layer, "62", str(line.color.value), "10", str(line.start.x), "20", str(line.start.y), "30", "0", "11", str(line.end.x), "21", str(line.end.y), "31", "0" ]
: This is the proprietary project format used by RDWorks , the default software for Ruida laser controllers. RLD files store vector geometry, bitmap images, laser speed, power settings, and layer configurations.
If you need help with a specific software error during conversion, tell me and what specific error message or visual glitch you are encountering so I can give you a direct fix. Share public link
In your target CAD software, use the SCALE command with Reference . Pick two known points on the drawing and enter the correct real-world distance. rld to dxf converter
def add_line(self, start: Point2D, end: Point2D, layer: str = "0", color: DXFColor = DXFColor.WHITE): self.entities.append(DXFLine(start, end, color, layer)) self.layers.add(layer)
If you only have an exported intermediate file (like .AI or .PLT), you can use web-based tools:
The most reliable, accurate, and free method to convert RLD to DXF is by using the software that created the file in the first place: RDWorks. Share public link In your target CAD software,
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Name your file, choose a destination folder, and click Save .
def main(): import sys import argparse
class DXFGenerator: """Generate DXF file from geometry entities"""
What or laser software you are importing the final DXF into?
Storing master files in an open, non-proprietary format like DXF guarantees that you can access and scale your assets decades from now, regardless of changes in laser software. Step-by-Step Guide: How to Convert RLD to DXF : Name your file, choose a destination folder,