Advances In Wire EDM Technology
by
Josh Riverside ARTICLE REPRINTING IS PERMITTED
With modern wire EDM machines utilizing CNC (the Computer Control, or the brains of the machine if you will) for production, there is a user-interface device, the computer, where the worker will input the required data for design that will eventually guide the wire EDM machine during the passes and cuts in the process of creating the final product. Moreover, like any computer today, software is needed to run the equipment. This is no different in wire EDM. The CNC Controller and the software application comprise the wire EDM technology.
In much the same way that many different software applications for word processing or email exist, so to are there numerous wire EDM technology software applications for wire EDM machine CNC controllers, nearly all of which integrate with varying AutoCAD or similar CAD/CAM software. Today, developers can create the object in AutoCAD, designing tensile strength, variances, etc. and provide that to a wire EDM shop that will then plug this design into the wire EDM Technology software, which will in turn drive the machine, turning out the final product.
Some of the more popular wire EDM technology software applications today, which are typically supported on Windows Operating System machines, include:
-PEPS Wire EDM, developed and distributed by Camtek
-VISI-wire, developed and distributed by Vero International Software
-TracTrix, developed and distributed by Trixsystems
Each wire EDM machine CNC controller will have its own requirements as to what software can be used. However, nearly all software today can incorporate and use files with numerous extensions, e.g. ".DWG" files from AutoCAD, to decrease the time from development to production. Furthermore, by being able to pull the commands for wire EDM from the developer's CAD file, the final product will have no variance from the developer's final vision of that product before production.
Information About The Author
Wire EDM Info provides detailed information about wire EDM machines, machining, heat affected zone, technology and more. Wire EDM Info is the sister site of
Metal Stamping Web.
Published by
Meta Search Engine LOOK-4IT.COM.
You can reprint this article for FREE at your web site. Doing this you agree to keep all texts and hyperlinks unchanged. Please keep
reference to LOOK-4IT.COM meta search engine as well, if you decide to use this article as a
free content for your web site.
Back to article category:
Electrical Discharge Machining Additional Electrical Discharge Machining Articles
Wire EDM Machining Wire Electrical Discharge Machining, Wire EDM, is a machining process that utilizes a wire filament that carries an electrical charge through the wire and is used to cut away the hard metal elements.
What is Wire EDM? What exactly is wire electrical discharge machining, also referred to as Wire EDM? Wire EDM is the process whereby hard metals, those that previously could not be machined or manipulated by traditional methods, could now be machined, manipulated and designed by electrical charges in order to cut away the unwanted metal into heretofore unattainable shapes and designs with greater tolerances and precision.
Wire EDM Machines: An Overview While there are many brands and models of Wire EDM machines available today, the three most prominent manufacturers are Elox, Japax, and Mitsubishi.
Used Wire EDM Machines Unfortunately, while the downturn in the economy in the United States has been an unwelcome event, there are numerous great deals one can find with used wire EDM sales on machines including the Elox-Fanuc, Japax, and Mitsubishi as well as numerous other brands.
Wire EDM and the "Heat Affected Zone" In Wire Electrical Discharge Machining (Wire EDM), the process of tooling by using electricity to cut the materials, there is an area that is known as the Heat Affected Zone. What this means is that wherever the electrical wire passes to make the cut, heat is a generated by-product of the electrical cut. The area where the cut is made is known as the heat affected zone.
