Постпроцессоры и постпроцессирование

У меня не получается на контурной обработке включить подачу врезания при наклонном входе в заготовку. Как это сделать
G1Z2.F40
X-20Y-5Z-1F80
X100
Y20
Надо
G1Z2.F40
X-20Y-5Z-1
X100F80
Y20

Добрый день Гость,

пришлите все файлы своего поста и данный пример обработки.

Podskajite, kak poslat' instrument v HOME POSITION mejdu raznimi Tool Passami odnogo I togo je instrumenta.
Naprimer v tokarnoi tool-1
A. snachalo obdiraet po CANNED ROUGH,
B. Potom delaet semifinish po ROUGH(chain)
C. Potom finish v FINISH

Opciya REFERENT POINTS uje oprobovana I ne podhodit ibo eto prosto koordinati vne materiala detali.
A druguyu opciyu poka naiti ne mogu.

Добрый день Boris,

если пользуетесь стандартным постом, то в доп. переменных есть такая опция

Нач. поз. [-1=REF,0=G50,1=HOME,2=G54s]

это первое поле, поставьте там 1.

u menya tam stoyl 0
I nachalo programme bilo:
N100G50S600
N102G28U0W0
N104G96S100M3
N106G0X.75Z2.5T0202M8(CHECK POINT)
*
*
pomenyal na 1

v resultate :
N100G50S600
N102G0G54X10.Z10.
N104G96S100M3
N106G0X.75Z2.5T0202M8(CHECK POINT)
*
*


deistvitelno pomenyalas' liniya N102
takje I v konce progi vmesto ubeganiya na:
G0G28U0W0

Instrument ubegaet na
G0X10.Z10.

No problema tak I ostalas' prejnei.
eto izmenenie povliyalo Tolko na tochku nachala I konca raboti instrumenta.

I absolyutno ne povliyalo na promejutochniy rezultat

Mojet ya ne ochen' horosho poyasnil..
Vot 3 varianta konechnoi programme cnc

1. To chto ya imeyu kogda Нач. поз. =0 (moi post)
(TOOL - 2 SMALL BORE-1 TOOL-2)
(R.0156 E-SLCR-6-2)
N100G50S600
N102G0G54X10.Z10.
N104G96S100M3
N106G0X.75Z2.5T0202M8(CHECK POINT)
N108Z2.5
N110Z-3.0125
N112G71U.02R.02
N114G71P116Q120U0.W0.F.004
N116G0X1.0001
N118G1Z-3.3756
N120X.75
(SMALL BORE-2 TOOL-2)
N124G0X1.0001Z2.5
N126Z-1.9362
N128G71U.02R.02
N130G71P132Q136U0.W0.F.004
N132G0X1.1594
N134G1Z-3.3756
N136X1.0001
(SEMIFINISH DEEP FACE DOWN TOOL-2)
N140G97S100M3
N142G0X1.101Z2.5
N144Z-3.3665
N146G1X1.1293Z-3.3806F.002
N148X-.03
N150G0X-.0017Z-3.3665
N152X10.Z10.
N154X1.101Z-3.3715
N156G1X1.1293Z-3.3856
N158X-.03
N160G0X-.0017Z-3.3715
N162X10.Z10.
N164X1.101Z-3.3765
N166G1X1.1293Z-3.3906
N168X-.03
N170G0X-.0017Z-3.3765
N172X10.Z10.
N174X1.101Z-3.3815
N176G1X1.1293Z-3.3956
N178X-.03
N180G0X-.0017Z-3.3815
N182Z2.5
N184G0X10.Z10.
N186M30

proshu prosheniya - eto bilo =1

a vot moi post =0
(OTLICHIE TOLKO V LINIYAH N102 I N184)

(TOOL - 2 SMALL BORE-1 TOOL-2)
(R.0156 E-SLCR-6-2)
N100G50S600
N102G0G28U0W0
N104G96S100M3
N106G0X.75Z2.5T0202M8(CHECK POINT)
N108Z2.5
N110Z-3.0125
N112G71U.02R.02
N114G71P116Q120U0.W0.F.004
N116G0X1.0001
N118G1Z-3.3756
N120X.75
(SMALL BORE-2 TOOL-2)
N124G0X1.0001Z2.5
N126Z-1.9362
N128G71U.02R.02
N130G71P132Q136U0.W0.F.004
N132G0X1.1594
N134G1Z-3.3756
N136X1.0001
(SEMIFINISH DEEP FACE DOWN TOOL-2)
N140G97S100M3
N142G0X1.101Z2.5
N144Z-3.3665
N146G1X1.1293Z-3.3806F.002
N148X-.03
N150G0X-.0017Z-3.3665
N152X10.Z10.
N154X1.101Z-3.3715
N156G1X1.1293Z-3.3856
N158X-.03
N160G0X-.0017Z-3.3715
N162X10.Z10.
N164X1.101Z-3.3765
N166G1X1.1293Z-3.3906
N168X-.03
N170G0X-.0017Z-3.3765
N172X10.Z10.
N174X1.101Z-3.3815
N176G1X1.1293Z-3.3956
N178X-.03
N180G0X-.0017Z-3.3815
N182Z2.5
N184G28U0W0
N186M30

A VOT, TO CHTO YA PITAYUS' DOBIT'SYA LYUBIMI PUTYAMI OT POSTA


(TOOL - 2 SMALL BORE-1 TOOL-2)
(R.0156 E-SLCR-6-2)
N100G50S600
N102G28U0W0
N104G96S100M3
N106G0X.75Z2.5T0202M8(CHECK POINT)
N108Z2.5
N110Z-3.0125
N112G71U.02R.02
N114G71P116Q120U0.W0.F.004
N116G0X1.0001
N118G1Z-3.3756
N120X.75
(SMALL BORE-2 TOOL-2)
N124G0X1.0001Z2.5
N126Z-1.9362
N128G71U.02R.02
N130G71P132Q136U0.W0.F.004
N132G0X1.1594
N134G1Z-3.3756
N136X1.0001
N138Z2.5
N140G28U0W0
N142M30

(SEMIFINISH DEEP FACE DOWN TOOL-2)
N144G50S600
N146G28U0W0
N148G97S100M3
N150G0X1.101Z2.5T0202M8(CHECK POINT)
N152Z-3.3665
N154G1X1.1293Z-3.3806F.002
N156X-.03
N158G0X-.0017Z-3.3665
N160X10.Z10.
N162X1.101Z-3.3715
N164G1X1.1293Z-3.3856
N166X-.03
N168G0X-.0017Z-3.3715
N170X10.Z10.
N172X1.101Z-3.3765
N174G1X1.1293Z-3.3906
N176X-.03
N178G0X-.0017Z-3.3765
N180X10.Z10.
N182X1.101Z-3.3815
N184G1X1.1293Z-3.3956
N186X-.03
N188G0X-.0017Z-3.3815
N190Z2.5
N192G28U0W0
N194M30

VOT TOROPLYUS' I VECHNO ETI OSHIBKI
N142M0
konechno je

Pri etom zadacha stoit takim obrazom, chto imeya na odin instrument inogda bolshe 10
raznih tool passov I sohranyaa za instrumentom v parametrah tot je nomer, pos, offset
Nujno kakto activirovat' libo ne aktivirovat' otpravku "domoi".
V moem primere ya otpravil "domoi mejdu dvumya processami CANNED ROUGH I seemifinish.

V etoi realnoi proge cnc moi nstrument bejit eshe vdobavok 4 cicla FINISH.
Prosto ne stal gruzit' tak mnogo lishnei info.

I eti FINISH mne toje nujno razbivat' na 2+2

Schastlivih vihodnih!
Budu tut v ponedelnik

Ну это уже нужно править в самомо посте

Dobriy den' Aleksandr.
Ya nashel odnu opciyu poslat' domoi v tokarnom FINISH.
V parametrah est' "Tool Inspection", a vnutri "Home position".
Pitalsya aktivirovat', no resultata voobshe nikakogo v NC proge posle posta net.

Vozmojno etu konkretnuyu opciyu dlya FINISH mojno otladit' v postprocessore.
Tolko vot u menya nepriyatnoe predchuvstvie togo, chto esli v drugih funkciyah mastercama net TOOL INSPECTION, to I postprocessor ne pomojet.

Interesno, a mojno li sozdat' kakuyu libo MACRO rabotayushuyu po principu opcii TOOL INSPECTION.

Est' je v Tool Pass - Manual Entry. Zagnat' bi tuda takuyu macro I vtikat' mejdu raznimi tool passami . I v principe mojno bilo bi reshit' problemu.
Vne zavisimosti ot tool pass: Canned rough, rough, finish, drill, mill....

Dobriy den' Aleksandr.
Podskajite, gde naiti informaciyu po tokarno frezernoi obrabotke.
A imenno po obrabotke otverstiy pod uglom k narujnomu diametru detali.

Smotrel standartnuyu knijenciyu :
Mastercam Lathe Training Tutorial series.
Poigralsya s primerom 7 I 8.
No tam vsya obrabotka strogo perpendikulyarno libo torcu(C-Axis-> face/drill)
libo OD (C-axis-> C-Axis drill)

Uje prosmotrel mnogo publikaciy na forume, no vrode ne nashel nichego pohojego.
Budu priznatelen , esli pomojete naiti temu gde eto uje obsujdalos', ili mojet est' rodnaya mastercamovskaya documentaciya na etu temu.

S uvajeniem
Boris.

Сверлить под углом к наружному диаметру, может только станок с поворотной головой В Стандартные постпроцессоры этого не делают.