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请教大师,四轴加工中F进给率怎么计算它的下正确性? 在ug_POST_Buiding中怎么设定PB 函数?现在遇到一个难题,四轴同动做铝合金产品高光倒角,弄了好几天都不行,请帮帮忙,看看我的后处理:
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O01004 W+ @& F0 }0 W9 ]3 q: \
G21) s' C3 t/ H% u2 B% W
G91 G28 Z0.2 R% x. q0 {, ]6 x2 e% e2 G
G0 G17 G40 G90 G49 G807 y0 X' `* [+ s. C
(TOOL:COUNTERSINKING_TOOL)" w" h9 o9 |- |' I
(D=6.00000000000000000)
& `$ L! c9 e; u) J(R=0.00000000000000000)
1 w! y( E6 g. D |$ {) t, { EN0010 T03 M06
- U- J- r9 G! a+ wG0 G90 G54 X-40.041 Y-2.827 A-17.416 S6500 M03
# [3 d9 T2 e" J. w2 m8 Y# jG43 Z51.673 H037 k' p, y( g9 K& k- f
Z39.673
+ ]% Q% _6 k# }; GG1 X-39.542 Y-2.851 F800.
2 i' _: ~5 x& YG17 G3 X-39.071 Y-2.842 R3./ \. ~8 _7 L; \+ t- x
X-38.607 Y-2.754 R3.
: e" S% b. Q3 \; HX-38.164 Y-2.595 R3. T" H* Q1 h6 |% `$ d/ j2 c& `
X-37.75 Y-2.368 R3.
t8 H) T7 Y7 E# gX-37.377 Y-2.08 R3.9 c5 W9 {$ p, e" ?
X-37.054 Y-1.737 R3.
q0 s) g* h: X& D6 [; fX-36.788 Y-1.347 R3.5 s) d* j4 w: m
X-36.587 Y-.921 R3.
5 e) Q8 Q: a* z' q7 t9 ^( cX-36.455 Y-.468 R3.& ]# e. S2 Y2 `6 i9 S3 a5 w( J
X-36.4 Y0.0 R3.
. ^( O9 C3 x5 X3 M6 U3 sG1 X-36.372 Z39.668 A-18.24 F1400.474
3 }6 f" c* b4 m8 O/ _X-36.334 Z39.66 A-18.854 F1874.304
$ w% P& {5 {9 ~5 P. Q+ yX-36.292 Z39.654 A-19.311 F2506.707( T% X2 s: m- d& V
X-36.208 Z39.647 A-19.991 F1673.387+ T# t* C+ G0 H2 ~1 o4 Q# J
X-36.092 A-20.663 F1669.254
0 G) E$ ?( t, R, z, ~X-35.918 Z39.651 A-21.449 F1400.84. J+ t9 @% ]* \
X-35.764 Z39.653 A-22.029 F1860.776
4 ]! o+ p" I1 @X-35.637 A-22.457 F2482.26& j/ q6 J- L5 F0 u+ w D' ~- C
X-35.426 Z39.651 A-23.085 F1655.8649 p% q4 C6 u* ?( ^! h4 X% W+ ~
X-35.192 Z39.647 A-23.694 F1659.552, m( y( ~+ H5 Q
X-35.043 Z39.644 A-24.045 F2807.5# H3 j8 G% M' M& V8 P1 W) o& p
X-34.759 Z39.636 A-24.643 F1593.995
' j+ n6 ?5 r8 ~: ]9 vX-34.529 Z39.629 A-25.077 F2115.017
* C- W; v! l* i6 }* ?X-34.159 Z39.616 A-25.7 F1408.321
' u3 I0 w6 ? c- `2 OX-33.762 Z39.603 A-26.287 F1408.82
* Q" _- k" r+ @X-33.551 Z39.598 A-26.569 F2784.663
6 ^4 a% m5 ^; v/ jX-33.166 Z39.592 A-27.035 F1593.7472 m0 s: N/ ], T/ E( P) [
X-32.864 Z39.589 A-27.363 F2118.663 @4 n' ]& {& [: N( t6 W
X-32.395 Z39.585 A-27.826 F1409.1352 x- o9 I: V) z$ | d) f
X-31.907 Z39.577 A-28.257 F1399.297& S% r) J+ H: @
X-30.606 Z39.549 A-29.288 F539.336" m/ \- p1 R; K( z
X-29.386 Z39.522 A-30.255 F575.2057 \& e0 z% }% j3 J: T7 N, P
X-28.242 Z39.496 A-31.161 F613.624
* L3 a; R1 l# ~+ B$ dX-26.097 Z39.448 A-32.86 F327.327
2 f9 x; O0 Y! y9 `X-24.22 Z39.407 A-34.347 F374.147
, r* B) V& @) H/ r6 [. FX-22.578 Z39.37 A-35.649 F427.698! p4 s& Y& r' l' [
X-21.14 Z39.339 A-36.788 F488.599
* z5 d# J; ^6 ^; g+ ]6 x& QX-19.882 Z39.311 A-37.785 F558.527
( Q4 c& h$ f8 R" O7 sX-17.68 Z39.262 A-39.53 F319.162
Y5 {2 X# D; a/ s# {* Z& s( lX-16.028 Z39.226 A-40.839 F425.54* u# m8 m4 [3 P0 j0 i
X-14.788 Z39.199 A-41.821 F567.105" ]' g$ t' w' f' a% f% E6 @9 m" e( l
X-12.928 Z39.158 A-43.295 F378.084
0 e+ `! k7 q; H8 n- y! ZX-11.067 Z39.117 A-44.769 F378.017
+ |" d! i( \+ U7 ] y- s8 i1 bX-10.808 Z39.114 A-44.997 F2647.349
: v5 H/ f! u [$ A" sX-10.431 Z39.115 A-45.363 F1768.799
5 l, e3 J/ }& H |
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