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  1. Define the machining process for the various workpiece geometries using the appropriate strategies. First of all, roughing strategies are applied, e.g. roughing in the Z plane or equidis-tant from the surface geometry. CAM systems offer various options from 2 1/2-axis to 5-axis machining.

  2. When your rotary assembly is mounted parallel to the X axis, use the touch plate to set the Z and Y axis offsets. You will need to MANUALLY set the X axis offset, explained in step 3.3.3. Set Z axis offset

  3. www.heidenhain.us › addl-materials › HIT_3-Axis-Programming_DEMOCoordinate systems - HEIDENHAIN

    The three directions in the Cartesian coordinate system are specified as the axes X, Y, and Z. The axes are mutually perpendicular and intersect at one point: the datum (origin). An absolute coordinate designates the distance to the datum along a single axis.

  4. Each of these values controls the number of steps per millimeter, respectively for the X, Y and Z axis. If you do not have the Z axis, you can ignore the last value.

  5. Definitions Axis – An accessory that enables the CNC to operate as a lathe. Axis – Direction of movement. On a three-axis machine: X (left-right), Y (front-back) & Z (up-down).

  6. The positive x-axis, positive y-axis, and positive z-axis are the sides labeled by x, y and z. The origin is the intersection of all the axes. The branch of each axis on the opposite side of the origin (the unlabeled side) is the negative part.

  7. Parts to be machined is fastened to the machine table. This table moves in the XY-Plane. As the operator faces the machine, the X-Axis moves the table left-right. The Y-Axis moves the table forward-backward. The machine column grips and spins the tool. The column controls the Z-axis and moves up-down. Figure 1. VMC Machine Motion

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