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In this case, the toolpath produced will look like this: Leave all the options on this page set to the default options. To do this, uncheck the Remove Material checkbox. The Laser Toolpath can be difficult to visualise due to the number of passes, and therefore it is sometimes required to visualise the model by generating the toolpath for the model area. This means that the material around the relief is removed to leave you with the model. The Remove Material checkbox is checked by default. In this case the Profile option can be selected. Issue ArtCAM-Pĥ ArtCAM Pro 5.5 Some Laser Machines calculate the Raster Toolpath themselves, and just need ArtCAM Pro to output the Slice Information. (Output in Sections) The user can define the Section Thickness depending on the focal length of their laser. In these cases, the Toolpath can be split into sections and output as several Toolpaths. However, some Laser machines have a Focal Length (the section of the laser that actually does the machining) that is stationary, requiring the job to be moved after travelling a certain distance in Z.
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The next area of the Assistant page is for defining Toolpath Section(s): Generally, this is set to Output One Toolpath. The Reverse Tool Slice Order checkbox allows the user to machine the bottom slice first, resulting in a much smoother but less well-defined result, since the laser runs over the same area with every slice. Set the start height to 0, slice thickness to 0.1 and press apply.
ARTCAM PRO 2004 UPDATE
Clicking the Apply button will use these values to update the Number of Slices (in this case 35). Slice Thickness defaults to 0.1mm, but should be set according to the stepdown of the particular laser machine, depending on its speed, power, and the hardness of the material being cut. Issue ArtCAM-Pģ ArtCAM Pro 5.5 The Start/Surface Z and Last Slice Z automatically default to the Z Height of the relief. Load the relief Newteddy.art from Examples/NewTeddy. 3D Laser Machining in ArtCAM Pro If the Laser Machine is a Foba Laser machine, a Baublys Laser machine, or can be run using a 2D HPGL plot file, you need to create a 3D Laser Machining Toolpath in ArtCAM Pro.
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This chapter will go on to explain these options in more detail. Either file can then be opened in Corel Draw, and selecting the Print Command runs the Laser Machine. In these cases, the 3D Relief can be saved from ArtCAM Pro as a Greyscale Bitmap picture, or vectors can be exported as an.eps file. A number of Laser Machines can be run from the Print Command in Corel Draw. A 3D Laser Toolpath created within ArtCAM Pro can be post-processed using the 2DHPGL configuration file to produce a plot file that will run certain Laser Machines. A 3D Laser Toolpath created within ArtCAM Pro can be post-processed using the Foba configuration file to run toolpaths on Foba Laser and Baublys Machines. There are three ways ArtCAM Pro can currently be used with Laser Machines. We cannot do 2D Laser Machining or Laser Marking raster cutting inside vector boundaries. ArtCAM Pro can ONLY be used for 3D Laser machining. Experimenting will help determine the correct stepdown for the laser. The depth of the laser cut depends on the machine tool and power output. 3D Laser Machining works the same way as conventional machining, apart from a laser in used instead of a machine tool. Using ArtCAM Pro and a machine tool or router to machine most of the job, leaves the artisan more time to concentrate on the original design and the fine details, which together help to differentiate products in today’s competitive markets.1 ArtCAM Pro 5.5 Introduction. Even in cases where a hand-finished look is desired, ArtCAM Pro accelerates production. ArtCAM Pro transforms ideas into finished products far more quickly than is possible using conventional methods.
ARTCAM PRO 2004 SOFTWARE
These can then be used to create vector objects or 3D shapes as all or part of a relief in a model.ĪrtCAM Pro is a unique software program which allows users to easily create impressive, high quality 3D products starting from 2D bitmap or vector based artwork. This section explains how to create and manipulate bitmap images in a model. This section explains how to create and manage an ArtCAM model, as well as create and
ARTCAM PRO 2004 HOW TO
This section explains the layout of ArtCAM Pro, how to use its design windows and manage its preferences. This section provides an overview of what ArtCAM Pro can be used for.
ARTCAM PRO 2004 MANUAL
This Reference Manual is divided into the following sections: This manual provides you with instructions on how to create and manipulate both 2D and 3D models, and then machine them.