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DIY with RhinoCAM – On the Cutting Edge (previous entry)
(next entry) High Speed Pocketing in VisualMILL® at MonsterGy6 Customs!
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Blog / MonsterGy6 Customs Migrates to VisualMILL®

MonsterGy6 Customs Migrates to VisualMILL®

MonsterGy6 Customs migrates to VisualMILL®

MonsterGy6 Customs migrates to VisualMILL®MonsterGy6 Customs of Alpharetta GA, designs and manufactures custom components and retro-kits for the popular Honda Ruckus® and MadDog® line of scooters. This prototype fame cap design is machined to look like the barrel of a revolver with spent 9mm shell casings press-fit into the end of the cap. VisualCAM® 2016 is shown below simulating the six 2½ Axis Hole Pocketing operations required.

Hole Pocketing can be used to cut larger holes as a milling operation instead of drilling. The hole Radius and Depth can be specified, along with the number of Cut Levels. The engage motions can be specified as a Helix using Height and Angle (i.e., pitch) values. The posted g-code output can specified as a true helix for CNC machines capable of helix cycles or as linear segments for those that do not.

“The 2½ Axis Hole Pocketing operation in VisualCAM® 2016 is great!  The helix entry produces a very clean symmetrical circular pocket that is difficult to achieve with drilling or direct plunging approaches with an end mill” says Steve Gold owner/proprietor of MonsterGy6 Customs.

MonsterGy6 Customs migrates to VisualMILL®

 

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Don LaCourse

Don LaCourse is an Application Engineer with MecSoft Corporation. Don brings over 20 years of experience in CAD/CAM operations in both automotive and mold design applications. Don also has extensive experience in documenting CAD/CAM products and is actively involved with writing the on-line help as well as creating training tutorials for MecSoft's products.

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DIY with RhinoCAM – On the Cutting Edge (previous entry)
(next entry) High Speed Pocketing in VisualMILL® at MonsterGy6 Customs!
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