5 AXIS EG pj. by Erin Pérez

Last crawled date: 1 year, 10 months ago

THE MODEL
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To accommodate machining scenarios involving tools set at an angle or in order to mill geometries located anywhere in space, the three linear axes X, Y and Z are required along with two of the rotary axes A, B or C. It must be possible to control the axes simultaneously.The tool position is approached in space using linear axes X, Y and Z. This enables the tool tip to adopt any position.With 5-axis machining, you program the three linear axes to achieve the desired machining operations. The contour is milled line by line by moving the three linear axes.If the tool also has to be set at an angle, you
will need rotary axes as well.The inclination of the tool (i.e. the tool orientation) is changed using two axes of rotation, e.g. B and C.Using three linear axes and two rotary axes, theoretically any point in space can be
approached with any tool orientation. This is the basis of 5-axis machining

https://grabcad.com/library/proyect-2013-2-axis-head-1

THE CREATOR
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Erin Perez
Industrial Mechanical Engineering St.
https://grabcad.com/erinpl-1
I'm study engineer mechanics and I'm a teacher in CAD/CAM systems at a private academy. I worked in a company producing plastic molds and magnesium in 2009 and in 2012 I worked for a company dedicated to aeronautics, performing reverse engineering and turbine designs. I work very hard to pay for college, but I always wanted to make designs I love to draw with a pencil and paper and create new products, I'm a fan of the design. My dream is to work in a design studio in any area of ​​the world

More Info
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http://www.pinforingenia.com/#!10-erin-perez/c1lk1

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