Clever design to mount the c-axis motor at the outside of the plateform. Does it just using different belt pulley gear ratio for rotation speed reduction.
Very good! What kind is your breakout board? I bought one breakout board, but not working. Would you like to share me of your breakout board? Thank you!
@@brahimimohamedamine9719 I know Mach3 breakout board,but I bought one Mach3 breakout board is not working. Would you kindly show me the brand name or photo which I can buy. Thank you!
It looked like he was milling instead he is just playing. I'm interested in it but I have to mill any material. The 'hardened steel for example. I have seen this solution but in my opinion it involves consumption of material for fixing. I would like the continuous positioning of the workpiece for machining ........ . I hope I have made the point. Thank you.
Hy, thank you. About software, it's Mach3 and the TCP mode is made by myself based on mathematic. A and C axis runing positions and compense on X,Y and Z positions.
@@Mrdougracing in Fusion 360? NX cam? MasterCam ? please inform the program Cam and half of the galaxy would be happy if you post your post processor as it is written his code, it would be the guy, because the others are all selfish, regrettable that. thank you so much for everything
@@crescendocombia2114 Hi, i'm sorry i dosen't use any CAM system for this program, it's only made about mathematics. % O0001(chauffe TCP_2) (*****************N.DOUGOUD****************) #5221=0 #5222=0 #5223=25 (FORCER ORIGINE Z OU HAUTEUR POSAGE) (*******DECLARATION VARIABLES*******) G10 L1 P1 Z55 (FORCER LONGUEUR OUTIL A 55) #999=43.99 (RBASCUL) #1000=54 (WORK PIECE OFFSET) #1001=[#1000-54] (CALCUL VARIALES OFFSET) #[5223+[#1001*20]]=20 (FORCER ORIGINE EN Z) #1002=#[5222+[#1001*20]] (Y OFFSET VARIABLE) #1003=#[5223+[#1001*20]] (Z OFFSET VARIABLE) #1004=[#1003+#999] (z OFFSET GLOBAL #999=RBASCUL) #1009=500 (AVANCE) #1050=10 (REPETITION BOUCLE) (*******************************************) #1010=250 (SEGMENTATION PREPOSITIONNEMENT) #1015=14 (PREPOSITION AXE X) #1016=-14 (PERPOSITION AXE Y) #1017=0 (PREPOSITION AXE Z) #1011=0 (MISE A ZERO A) #1012=0 (MISE A ZERO c) #1021=#1015 (COPIE X) #1022=#1016 (COPIE Y) #1023=#1017 (COPIE Z) #1030=1 (MISE A ZERO COMPTEUR) G17 G40 G49 G54 G80 G90 G92.1 G0 X#1015 Y#1016 A0 C0 M6 T1 (FR MD LOL Ø6) S15000 M3 M8 G43 H1 Z#1017 M98 P1111 L#1050 (APPEL BOUCLE) (*****DEGAGEMENT FINAL*****) M9 G28 G91 Z0 G28 G91 X0 Y0 A0 C0 M30 O1111(DEBUT BOUCLE) (******PREPOSITIONNEMENT DES AXES EN TCP******) #1011=30 (POSITIONNEMENT DE L'AXE A EN TCP) #1012=0 (POSITIONNEMENT DE L'AXE C EN TCP) #1010=250(SEGMENTATION) M98 P999 M98 P1000 L#1010 (ACTIVATION DES PARAMETRE DE BASE ET PREPOSITIONNEMENT) (*****PARAMETRE POSITION A ATTEINDRE******) #1009=1800 (AVANCE DE TRAVAIL) #1010=900 (NBRE DE DIVISIONS SEGMENTATION) #1011=-100 (NEW A) #1012=800(1220)(NEW C) #1015=15 (NEW X) #1016=-15 (NEW Y) #1017=0 (NEW Z) #1030=1 (COMPTEUR) (*****APPEL DES MOUVEMENTS 1*****) M98 P999 M98 P1000 L#1010 (*****ACTUALISATION DES POSITIONS EN VUE DE NOUVEAUX MOUVEMENTS*****) #1021=#1015 (COPIE ACTU X) #1022=#1016 (COPIE ACTU Y) #1023=#1017 (COPIE ACTU Z) #1010=900 (NBRE DE DIVISIONS SEGMENTATION) #1011=30 (NEW A) #1012=0 (NEW C) #1015=15 (NEW X) #1016=-15 (NEW Y) #1017=0 (NEW Z) #1030=1 (COMPTEUR) (*****APPEL DES MOUVEMENTS 2*****) M98 P999 M98 P1000 L#1010 (*****ACTUALISATION DES POSITIONS EN VUE DE NOUVEAUX MOUVEMENTS*****) #1021=#1015 (COPIE ACTU X) #1022=#1016 (COPIE ACTU Y) #1023=#1017 (COPIE ACTU Z) M99 (FIN BOUCLE) O999(DECODAGE A ET C) M690 (DECODAGE ANGLE A ACTUEL EN #1007 ET ANGLE C EN #1008) #1037=#1007 #1038=#1008 #1013=[[#1011-#1037]/#1010] (INCREMENT A DU DELTA ACTU DEMANDE) #1014=[[#1012-#1038]/#1010] (INCREMENT C DU DELTA ACTU DEMANDE) M99 O1000(DECOMPOSITION ANGLES) #1024=[[#1015-#1021]/#1010] (INCREMENT X PAR RAPPORT A LA DERNIERE POSITION) #1025=[[#1016-#1022]/#1010] (INCREMENT Y PAR RAPPORT A LA DERNIERE POSITION) #1026=[[#1017-#1023]/#1010] (INCREMENT Z PAR RAPPORT A LA DERNIERE POSITION) #1031=[#1021+[#1030*#1024]] (NEW X) #1032=[#1022+[#1030*#1025]] (NEW Y) #1033=[#1023+[#1030*#1026]] (NEW Z) #1034=[#1037+[#1030*#1013]] (NEW A) #1035=[#1038+[#1030*#1014]] (NEW C) #1030=[#1030+1] (ACTUALISATION COMPTEUR) M98 P1001 M99 O1001(ACTUALISATION WORK PIECE OFFSET) #1007=#1034 (DECODAGE ANGLE A ACTUEL EN #1007 ET ANGLE C EN #1008) #1005=[#1004*[SIN[#1007]]] (NEW OFFSET Y) #1006=[[#1004*[COS[#1007]]]-#1004] (DELTA OFFSET Z) M98 P1002 M99 O1002(MOUVEMENT) (CALCUL SUR C) #1040=[[COS[#1035]*#1031]-[SIN[#1035]*#1032]] #1041=[[SIN[#1035]*#1031]+[COS[#1035]*#1032]] (CALCUL SUR A) #1042=[[COS[#1034]*#1033]-[SIN[#1034]*#1041]] #1043=[[SIN[#1034]*#1033]+[COS[#1034]*#1041]] (MOUVEMENT) G1 A#1034 C#1035 X#1040 Y[#1043+#1005] Z[#1042+#1006] F#1009 M99 % M690 '*******MACRO DE PIQUAGE POSITION A ACTUELLE******* Aaxis = GetDro(3) Caxis = GetDro(5)
SetVar(1007, Aaxis) SetVar(1008, Caxis) With pleasure N.Dougoud
@@Mrdougracing Nicolaj thank you very much for posting the codes, but as I'm trying to learn programming I can't imagine where to put this code, would it be the post processor? or a Gcod for testing? you are really good, make a video about it that will have a million views, God bless
I liked how you did the stepper for the C axis!
my thought also, very well sealed connection between that stepper and that C axis.
Nicely designed!
Clever design to mount the c-axis motor at the outside of the plateform. Does it just using different belt pulley gear ratio for rotation speed reduction.
Great job. Wicht control board did you used?
Amazing!!
Excelente!!!
Perfect!
Hey. Could you tell me how to correctly calibrate a 5-axis machine, bring all axes to 0 (perhaps there is an auto-calibration function in Mach3).
Hi , where is the find tcp plug for mach3 ?
Hey which software u use for designing, tool path and generating g code
Ты просто гений
such a awesome :3
The build looks very rigid. Is it capable of milling stainless steel? Thank you.
Do you know any software can i used to generate a gcode for 5 axis cnc machine based on mach3 breakout board?
can you please share the post 5 axis post processor that you generate the g codes for mach3?
Hello. Perhaps you have come across a script for an auto zero 5 axis machine? Or a link to a tutorial for writing. I'll be very thankful.
смотрится не плохо!)
Thank's but i don't enderstand ☺
Nikolaj Dougoud That looks good. )) you've done good job
Many thank's ! It was a very good exercice ! Thank you for watching
which motion card did you use
How is this accomplished?
🧐что это было...
Таких проектов я ещё не видел, обалдеть! Где прочитать можно, ознакомится так сказать?+ в Вашу карму
Nice 👍
Awesome!! Is that a sewing machine behind the red cloth on the right side of the frame?
looks like old man powered sewing machine :) maybe Singer ? My granny used to have simmilar one
Jacek Zarzycki Yes looks like a Singer.
Excelente video.😍🤩
Donde puedo conseguir el software...?
What is a motion board?
DUDE 😍... Me want.
Very good! What kind is your breakout board? I bought one breakout board, but not working.
Would you like to share me of your breakout board? Thank you!
It is Mach3 breakout board
He just change the screen
@@brahimimohamedamine9719 I know Mach3 breakout board,but I bought one Mach3 breakout board is not working. Would you kindly show me the brand name or photo which I can buy. Thank you!
very goog
How much is your machine?
wow one million likes
wow came here from nerdly
So did Nerdly :)
Awesome, nice control! We need to talk.. :)
What is base of this machine?
NICE GUY
Привет, а как находите нулевую позицию? Функция Home как выполняется?
Sir would u share the programming it would be a help for my project
It looked like he was milling instead he is just playing.
I'm interested in it but I have to mill any material. The 'hardened steel for example. I have seen this solution but in my opinion it involves consumption of material for fixing. I would like the continuous positioning of the workpiece for machining ........ . I hope I have made the point. Thank you.
Fantastic! would you like to sell one?
Hey this is killer! Are you interesting in sharing? Selling?
buy a mill buy a lathe but the cnc 5 axis motor mach3 kit and get to work
@@blackdaan lmao.
Hahah godd idea
Hanzhen harmonic drive gear ,
over 30 years experience ,
robot joint ,
strain wave reducer,
name soft for make 5 axis G code and postprocessor for mach3???
interested....
Do you know any software can i used to generate a gcode for 5 axis cnc machine based on mach3 breakout board?
Do you help in my Project?
Praise
Hy, impressive work. What software and postprocessor you used?
Hy, thank you. About software, it's Mach3 and the TCP mode is made by myself based on mathematic. A and C axis runing positions and compense on X,Y and Z positions.
@@Mrdougracing in Fusion 360? NX cam? MasterCam ? please inform the program Cam and half of the galaxy would be happy if you post your post processor as it is written his code, it would be the guy, because the others are all selfish, regrettable that. thank you so much for everything
@@crescendocombia2114 Hi, i'm sorry i dosen't use any CAM system for this program, it's only made about mathematics.
%
O0001(chauffe TCP_2)
(*****************N.DOUGOUD****************)
#5221=0
#5222=0
#5223=25 (FORCER ORIGINE Z OU HAUTEUR POSAGE)
(*******DECLARATION VARIABLES*******)
G10 L1 P1 Z55 (FORCER LONGUEUR OUTIL A 55)
#999=43.99 (RBASCUL)
#1000=54 (WORK PIECE OFFSET)
#1001=[#1000-54] (CALCUL VARIALES OFFSET)
#[5223+[#1001*20]]=20 (FORCER ORIGINE EN Z)
#1002=#[5222+[#1001*20]] (Y OFFSET VARIABLE)
#1003=#[5223+[#1001*20]] (Z OFFSET VARIABLE)
#1004=[#1003+#999] (z OFFSET GLOBAL #999=RBASCUL)
#1009=500 (AVANCE)
#1050=10 (REPETITION BOUCLE)
(*******************************************)
#1010=250 (SEGMENTATION PREPOSITIONNEMENT)
#1015=14 (PREPOSITION AXE X)
#1016=-14 (PERPOSITION AXE Y)
#1017=0 (PREPOSITION AXE Z)
#1011=0 (MISE A ZERO A)
#1012=0 (MISE A ZERO c)
#1021=#1015 (COPIE X)
#1022=#1016 (COPIE Y)
#1023=#1017 (COPIE Z)
#1030=1 (MISE A ZERO COMPTEUR)
G17 G40 G49
G54 G80 G90
G92.1
G0 X#1015 Y#1016 A0 C0
M6 T1 (FR MD LOL Ø6)
S15000 M3
M8
G43 H1 Z#1017
M98 P1111 L#1050 (APPEL BOUCLE)
(*****DEGAGEMENT FINAL*****)
M9
G28 G91 Z0
G28 G91 X0 Y0 A0 C0
M30
O1111(DEBUT BOUCLE)
(******PREPOSITIONNEMENT DES AXES EN TCP******)
#1011=30 (POSITIONNEMENT DE L'AXE A EN TCP)
#1012=0 (POSITIONNEMENT DE L'AXE C EN TCP)
#1010=250(SEGMENTATION)
M98 P999
M98 P1000 L#1010 (ACTIVATION DES PARAMETRE DE BASE ET PREPOSITIONNEMENT)
(*****PARAMETRE POSITION A ATTEINDRE******)
#1009=1800 (AVANCE DE TRAVAIL)
#1010=900 (NBRE DE DIVISIONS SEGMENTATION)
#1011=-100 (NEW A)
#1012=800(1220)(NEW C)
#1015=15 (NEW X)
#1016=-15 (NEW Y)
#1017=0 (NEW Z)
#1030=1 (COMPTEUR)
(*****APPEL DES MOUVEMENTS 1*****)
M98 P999
M98 P1000 L#1010
(*****ACTUALISATION DES POSITIONS EN VUE DE NOUVEAUX MOUVEMENTS*****)
#1021=#1015 (COPIE ACTU X)
#1022=#1016 (COPIE ACTU Y)
#1023=#1017 (COPIE ACTU Z)
#1010=900 (NBRE DE DIVISIONS SEGMENTATION)
#1011=30 (NEW A)
#1012=0 (NEW C)
#1015=15 (NEW X)
#1016=-15 (NEW Y)
#1017=0 (NEW Z)
#1030=1 (COMPTEUR)
(*****APPEL DES MOUVEMENTS 2*****)
M98 P999
M98 P1000 L#1010
(*****ACTUALISATION DES POSITIONS EN VUE DE NOUVEAUX MOUVEMENTS*****)
#1021=#1015 (COPIE ACTU X)
#1022=#1016 (COPIE ACTU Y)
#1023=#1017 (COPIE ACTU Z)
M99 (FIN BOUCLE)
O999(DECODAGE A ET C)
M690 (DECODAGE ANGLE A ACTUEL EN #1007 ET ANGLE C EN #1008)
#1037=#1007
#1038=#1008
#1013=[[#1011-#1037]/#1010] (INCREMENT A DU DELTA ACTU DEMANDE)
#1014=[[#1012-#1038]/#1010] (INCREMENT C DU DELTA ACTU DEMANDE)
M99
O1000(DECOMPOSITION ANGLES)
#1024=[[#1015-#1021]/#1010] (INCREMENT X PAR RAPPORT A LA DERNIERE POSITION)
#1025=[[#1016-#1022]/#1010] (INCREMENT Y PAR RAPPORT A LA DERNIERE POSITION)
#1026=[[#1017-#1023]/#1010] (INCREMENT Z PAR RAPPORT A LA DERNIERE POSITION)
#1031=[#1021+[#1030*#1024]] (NEW X)
#1032=[#1022+[#1030*#1025]] (NEW Y)
#1033=[#1023+[#1030*#1026]] (NEW Z)
#1034=[#1037+[#1030*#1013]] (NEW A)
#1035=[#1038+[#1030*#1014]] (NEW C)
#1030=[#1030+1] (ACTUALISATION COMPTEUR)
M98 P1001
M99
O1001(ACTUALISATION WORK PIECE OFFSET)
#1007=#1034 (DECODAGE ANGLE A ACTUEL EN #1007 ET ANGLE C EN #1008)
#1005=[#1004*[SIN[#1007]]] (NEW OFFSET Y)
#1006=[[#1004*[COS[#1007]]]-#1004] (DELTA OFFSET Z)
M98 P1002
M99
O1002(MOUVEMENT)
(CALCUL SUR C)
#1040=[[COS[#1035]*#1031]-[SIN[#1035]*#1032]]
#1041=[[SIN[#1035]*#1031]+[COS[#1035]*#1032]]
(CALCUL SUR A)
#1042=[[COS[#1034]*#1033]-[SIN[#1034]*#1041]]
#1043=[[SIN[#1034]*#1033]+[COS[#1034]*#1041]]
(MOUVEMENT)
G1 A#1034 C#1035 X#1040 Y[#1043+#1005] Z[#1042+#1006] F#1009
M99
%
M690
'*******MACRO DE PIQUAGE POSITION A ACTUELLE*******
Aaxis = GetDro(3)
Caxis = GetDro(5)
SetVar(1007, Aaxis)
SetVar(1008, Caxis)
With pleasure N.Dougoud
Hi, sorry for my delay. Please see my answer to Tato brazil tato.
Thank's for your interest.
@@Mrdougracing Nicolaj thank you very much for posting the codes, but as I'm trying to learn programming I can't imagine where to put this code, would it be the post processor? or a Gcod for testing? you are really good, make a video about it that will have a million views, God bless
Bed next to cnc. This guy is serious.....
Truly porn for engineers ......
Hi
Can you please share your programming ?
Hi there
What do u study bro
This is 4 axis. Not 5 axes.But it is very beautiful
No, there are three linear axes and 2 rotation axes. That makes 5
مرحبا كيف الرسم ع نصف كرة
I am not getting firmware for 5 axis kindly please me out from this
Guys with gears in their bed...
bruh
Wow 💉💉💉