MAT'L xmin-3.5 xmax2.5 ymin-2.6 ymax2.6 thk1.25 type1=ALUMALOY_ 3.1 p VISE -4,-3.25,-2,2,-.5,-2.5 *** this line shows a vise if you own 4-axis view option_ 3.1 p TOOL 2 dia.25 flutes2 type1=CARBIDE MILL rad0 *** _ 3.1 pMILL zrapid.1 zcut-.5 passes-2 zret.1 zf5 xyf5_ 3.12ROUGH stk.01 stp80 angle180 cleanup1_ 3.13COMP angle270 cl/con41 lookahead0_ 3.14POINT x-.77 y0_ 3.15LINE angle270_ 3.16 RADIUS -.77 type1 x0 y-1.41_ 3.17 LINE angle (66.15553)_ 3.18 RADIUS -1.34 type1 x0 y0_ 3.19 RADIUS -.25 type0 (xc-.52 yc.9579666)_ 3.1: LINE angle270_ 3.1;POINT x-.77 y0_ 3.1<UNCOMP angle270_ 3.1=ROUGH stk.01 stp80 angle180 cleanup1_ 3.1>MILL zrapid.1 zcut-.25 passes1 zret.1 zf5 xyf5_ 3.1 p RECT xmin-2.2 xmax-1.2 ymin-2.5 ymax0 thru0_ 3.1 pMILL zrapid.1 zcut-1.275 passes1 zret.1 zf5 xyf5_ 3.1 p ROUND dia-.5 x-1.7 y-.25 thru1_ 3.1 pMILL zrapid.1 zcut-1.275 passes1 zret.1 zf5 xyf5_ 3.1 pCOMP angle270 cl/con41 lookahead0_ 3.1 pRADIUS -.375 type1 x-1.825 y-1.5_ 3.1 pRADIUS -.375 type1 x-1.575 y-1.5_ 3.1 pRADIUS -.375 type1 x-1.825 y-1.5_ 3.1 pUNCOMP angle270_ 3.1 p TOOL 3 dia.375 flutes2 type1=CARBIDE MILL rad0 *** _ 3.1 pMILL zrapid.1 zcut-1.1 passes3 zret.1 zf5 xyf5_ 3.1ACOMP angle90 cl/con41 lookahead0_ 3.1BRADIUS -.5 type1 x0 y-3.03_ 3.1CRADIUS .19 type1 x0 y-2.34_ 3.1D LINE angle127.5_ 3.1E!RADIUS -.2 type0 (xc-.4324371 yc-2.417082)_ 3.1F"RADIUS .896 type1 x0 y-1.41_ 3.1G#RADIUS -.2 type0 (xc-.6108326 yc-2.32)_ 3.1H$LINE angle180_ 3.1I%RADIUS .25 type1 x-2.2 y-1.87_ 3.1J&LINE angle100_ 3.1K'RADIUS .25 type0 (xc-2.556026 yc.1491215)_ 3.1L(LINE angle45_ 3.1M)RADIUS .19 type1 x-1.91 y.88_ 3.1N*RADIUS -.5 type0 (xc-1.41703 yc1.362785)_ 3.1O+RADIUS 1.466 type1 x0 y0_ 3.1P,RADIUS -.2 type0 (xc-.5253448 yc1.581002)_ 3.1Q-LINE angle52.5_ 3.1R.RADIUS .19 type1 x0 y1.625_ 3.1S/LINE angle307.5_ 3.1T0RADIUS -.2 type0 (xc.5253448 yc1.581002)_ 3.1U1RADIUS 1.466 type1 x0 y0_ 3.1V2ROTATE angle-60 xpiv0 ypiv0_ 3.1W3REPEAT from44 thru49 *** _ 3.1X4ROTATE angle0 xpiv0 ypiv0_ 3.1Y5RADIUS 1.466 type1 x0 y0_ 3.1Z6LINE angle (-113.8445)_ 3.1[7RADIUS .896 type1 x0 y-1.41_ 3.1\8RADIUS -.2 type0 (xc.4324372 yc-2.417082)_ 3.1]9LINE angle232.5_ 3.1^:RADIUS .19 type1 x0 y-2.34_ 3.1_;RADIUS -.5 type1 x0 y-3.03_ 3.1`<UNCOMP angle225_ 3.1a= TOOL 5 dia.5 flutes1 type1=CARBIDE MILL rad0 *** %#TA=45_ 3.1 p> First just generic chamfering (using 90% of tool's diameter)._ 3.1 p?@ %CHAMFER.025_ 3.1g@GMILL zrapid.1 zcut0 passes1 zret.1 zf5 xyf5_ 3.1hAOREPEAT from6 thru15 *** _ 3.1iB Now let's use a different part of the 45 degree flute._ 3.1 pC@ %CHAMFER.05,.25_ 3.1dDGMILL zrapid.1 zcut0 passes1 zret.1 zf5 xyf5_ 3.1eEOREPEAT from29 thru60 *** _ 3.1fF Now let's turn on .001 ChamferSafety for extra help with COMP and UNCOMP angles!_ 3.1 pG %CHAMFER .03,.49,.001_ 3.1 pHMILL zrapid.1 zcut-.25 passes1 zret.1 zf5 xyf5_ 3.1 pICOMP angle180 cl/con1 lookahead0_ 3.1 pJRADIUS -.25 type1 x-1.7 y-.25_ 3.1 pKUNCOMP angle180_ 3.1 pLMILL zrapid.1 zcut-.25 passes1 zret.1 zf5 xyf5_ 3.1 pMCOMP angle180 cl/con1 lookahead0_ 3.1 pNPOINT x-1.2 y-2.12_ 3.1 pOLINE angle180_ 3.1 pPPOINT x-2.2 y-2.12_ 3.1 pQUNCOMP angle180_ 3.1 pRMILL zrapid.1 zcut-.25 passes1 zret.1 zf5 xyf5_ 3.1 pSCOMP angle270 cl/con1 lookahead0_ 3.1 pTREPEAT from23 thru24 *** break slot in half so ChamferSafety can see the wall_ 3.1 pUUNCOMP angle90_ 3.1 pVCOMP angle90 cl/con1 lookahead0_ 3.1 pWREPEAT from24 thru26 *** _ 3.1 p