Regardless of the industry fields, or even the knowledge of the file formats, you have come across PDFs at several points as a professional design engineer. The most common format of files – PDFs – is still a great way to share data and exchange information. PDFs are a common option for design data particularly for data as critical as machine component drawing, part drawing, assembly model.
Alongside PDF, however, CAD software also forms an inseparable structure for both industrial design engineers and manufacturing firms. And if you want to use PDF with CAD this can be problematic. The solution is to convert PDF to CAD to make the most out of designs.
Why are PDFs so popular?
PDF – an abbreviation of Portable Text Format – is a file that can be moved from one computer to another without major data fragmentation problems, and shared effortlessly through different electronic organizations. Another fascinating thing about PDF is that it supports both elements raster and vector.
But it is a huge obstacle for CAD developers and administrators dealing with PDF and CAD applications, as it is extremely challenging to edit PDF. And so it's difficult for technical experts in product architecture and building planning to deal with PDF.
Multiple design revisions pass through engineering drawings and designs. The main factors for concept revisions include mark-up plans, modifications from various project partners, and customer input. CAD engineers, therefore, need to convert paper-based drawings into CAD formats using PDF to CAD converters.
Benefits of converting PDF to CAD
Project engineers and CAD drafters can conveniently transform all raster and vector components of PDF files to CAD files utilizing manual or automated tracing methods. Vectors, ORCs, lines, etc. can all be converted to equivalent and appropriate CAD data.
More advantage is that unlike other online converters, an automatic converter treats all the small images as a single entity that spares the user from reassembling the post-conversion PDF intelligence. Saving CAD arcs and circles are composed of lines rather than curves that can not be saved by a PDF. Thus they can essentially be edited and interpreted more objectively by converting the file to CAD.
In addition, each line style has its own meaning for mechanical part designs-such as hatch template, dotted line, middle line, etc. Correct CAD converter must ensure that this sense is preserved by converting the data into a DXF file format by stressing about line thickness, root, sequence, etc.
