CAMBAM VS MESHCAM FOR 2.5D PROFESSIONAL
In short CamBam has a strong user base and a good number of professional user that utilize it for their everyday job and are perfectly happy with it, it is a CAM and has a decent CAD capabilities. The 3D part is not very developed, Yes but as it is intended for CNC milling the simple strategies are sufficient for the work that could be done with a "real machine" that machine steel and some other hard materials.
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It has many postprocessor for many type of CNC, and some users actively write plugins for it, improving continously the things that could be done. It’s important to remember that the flatness of your material will make a difference with the results when using a V-cutter.CamBam seems to be not very actively developed, it is true only for the Program part, as it is utilized by some people in the world, many of them utilize it for "real" work, and are perfectly happy with it. Because of how V-carving toolpaths are generated, you can create very fine and very wide details with the same cutter. V-Cutter (engraving)Ī V shaped cutter is used to create V-carving designs. Square End mills are commonly used for 2D and 2.5D parts, where flat bottoms and vertical walls define the design. They do a nice job of getting in the nooks and crannies of contours without disturbing the surrounding material. If you’re interested in another variation, please let us know by sending an email to end mills will cut a smooth flat bottom surface, while Ballnose End mills will not cut a flat bottom surface, instead they will leave scallops.īall nose end mills are known to be used for contoured or organic shapes. Note: The cutters we stock in the store are all of the up-cut variety. CompressionĬompression cut endmills have a mixture of up-cut and down-cut flutes, creating a smooth finish on the top and bottom of the material. These tend to leave a smooth finish on the top of the material.
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Down-Cutĭown-Cut end mills ‘push’ the chips down into the slot. These tend to leave a smooth finish on the bottom of the material. Up-cut end mills ‘pull’ the chips UP and out of the slot. This is also called ‘Cutting Edge Diameter’Įndmills generally come in 2 varieties: Square End Mills and Ballnose end mills.Īside from the shape of the endmill, the tip geometry also varies between types, determining the way the chips are ejected and effecting the smoothness of the finish. Note, this can be different from the shank size of the cutter. For example, a 2 flute cutter has two cutting edges, a 3 flute cutter has 3 cutting edges.Ĭutting Diameter: The diameter of the cutting area of the end mill. If this dimension is less than the dimension of the shank, the LOC is effectively how far down the cutter can plunge (total) into the material.įlutes: The number of cutting surfaces found on the cutter.
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Length of Cut (LOC): The total length of the cutting surface of the cutter. This can be determined by measuring from one end of the cutter to the other. Overall Length (OAL): The total length of the cutter. The shank diameter determines what size collet should be used to hold the cutter in the spindle. Shank: The diameter of the non-cutting end of the cutter.
CAMBAM VS MESHCAM FOR 2.5D FULL
See our full range of cutter options here: