How to solve

Cutter will be a $.500$ dia. end mill. Start contour from the upper left corner of the pa

rt and mill around outside of part $.625$ deep. Mill around the outside of the part usin

g the cutter compensation to offset the cutter, and then define the actual part prin

t geometry locations to position the tool around the part.

Use a $1/2$ dia. End Mill. Mill around outside of part $.625$ deep using Cutter Comp.

OUOU$3($LUTTER COMPENSATIDN EXERCISE #$1)$

T$1$ MDG $(\frac{1}{2}$ DIA. $4$ FLT ENI MILL$)$

G$90$G$54$G$00$ X Y $($Position to the center of toal$)$

S$2400$ MD$3$

G$43$ HDI Z$0\mathrm{.}1$ MDB

GOI Z FSO. $($Fast feed to depth non$-$cutting move$)$

G$\_\_$Y $\_\_$F$12.($Turn on C$.$C$.$ moving onto part$)$

X

GD$\_\_($Position off part at least half the cutter diameter before canceling

C$.$C$.)$

G

$Y$

$($Cancel cutter comp. feeding off of part$)$

GDO Z$1.$MD$9$

G$53$ G$49$ Z$0.$ MD$5$

M$3$