- Видео 34
- Просмотров 398 793
Professor Cameron
Добавлен 23 мар 2020
Видео
SOLIDWORKS CAM: BASIC HOLES, DRILL, TAP, COUNTERBORE
Просмотров 19 тыс.3 года назад
SOLIDWORKS CAM: BASIC HOLES, DRILL, TAP, COUNTERBORE
SOLIDWORKS CAM: CUTTING CUSTOM SOFT-JAWS
Просмотров 3,6 тыс.3 года назад
SOLIDWORKS CAM: CUTTING CUSTOM SOFT-JAWS
SOLIDWORKS CAM: TOOL CHANGES AND ADDING TOOL PATHS
Просмотров 24 тыс.3 года назад
SOLIDWORKS CAM: TOOL CHANGES AND ADDING TOOL PATHS
Solidworks Tutorial: Advanced Mates
Просмотров 1,8 тыс.4 года назад
Solidworks Tutorial: Advanced Mates
Solidworks Tutorial: assembly drawings
Просмотров 4 тыс.4 года назад
Solidworks Tutorial: assembly drawings
Solidworks Tutorial: Basic Assemblies
Просмотров 6794 года назад
Solidworks Tutorial: Basic Assemblies
Solidworks Tutorial: Non-Standard Drawing Views
Просмотров 4814 года назад
Solidworks Tutorial: Non-Standard Drawing Views
Solidworks Tutorial: Revolved Boss Base Features
Просмотров 3,7 тыс.4 года назад
Solidworks Tutorial: Revolved Boss Base Features
Solidworks Tutorial: multiple feature part
Просмотров 8414 года назад
Solidworks Tutorial: multiple feature part
Solidworks Tutorial: Offset/ Convert Entities
Просмотров 2,3 тыс.4 года назад
Solidworks Tutorial: Offset/ Convert Entities
SolidWorks CAM tutorial: Intro to 3-Axis Milling (4)
Просмотров 64 тыс.4 года назад
SolidWorks CAM tutorial: Intro to 3-Axis Milling (4)
Solidworks Tutorial: understanding constructive solid geometry
Просмотров 8334 года назад
Solidworks Tutorial: understanding constructive solid geometry
Solidworks CAM Tutorial: Adding Tool Paths (3)
Просмотров 28 тыс.4 года назад
Solidworks CAM Tutorial: Adding Tool Paths (3)
Solidworks Tutorial: sketching, extrusions, cuts, fillets, and more
Просмотров 1,4 тыс.4 года назад
Solidworks Tutorial: sketching, extrusions, cuts, fillets, and more
Solidworks CAM Tutorial: Basic Pockets (2)
Просмотров 39 тыс.4 года назад
Solidworks CAM Tutorial: Basic Pockets (2)
Solidworks CAM Tutorial: Basic Contour (1)
Просмотров 153 тыс.4 года назад
Solidworks CAM Tutorial: Basic Contour (1)
Solidworks Tutorial: Pulley Project Pt4
Просмотров 1,3 тыс.4 года назад
Solidworks Tutorial: Pulley Project Pt4
Solidworks Tutorial: Pulley Project Pt3
Просмотров 7784 года назад
Solidworks Tutorial: Pulley Project Pt3
I am a bit confused. 22:2 It is a Carbide bit cutting aluminum. Should we use a Speed of 600sfpm for the calculation? So the Speending speed should be 9000ish.
Can you use radius compensation G41 and G42?
Can you complete the tutorial by programing the 2nd op face mill to complete the wrench?
Awesome
This man is the GOAT
This is great!
super bad audio.
Thank you so much for the video!
Great tutorial. But if it was metric it would be perfect…
Professor Cameron, thank you very much for your time and efforts to provide these tutorials. Do you have a tutorial to take this part in this tutorial or any other with Ref G54, vise #1, to the second operation, G55 or vise #2, to face off the bottom and finish with a deburr op? I'm not sure if I'm looking for a 2nd mill oper, a sub routine, or a G52. Essentially, every time I open the door I'm loading a blank and unloading a finished part. Thank you.
What’s the use of this object please tell me
is there a way to have the end mill do downward-upward direction instead of horizontal on the z-level operation ?
Im trying to "extract machinable features" and it doesnt extract machinable operations; it stays the same. Any suggestions ?
very good info but unsure why you deleted the second corner clean up rough mill at 19:00 especially when other times you always deleted the contour mills. Was beginning to think contour mills were just glitched and you instantly bin them.
by far the best tutorial I have watched for cam so far thankyou can't believe its been around for 3 years and only just found it.
Thank you very much for the realy good video for beginner. I have maybe a stupid question. My homemade router is equiped with a 2kW spindle where I cannot go under 9000 rpm. (Its written that I can damage the spindle when I do so) This means that I cannot cut most of the material because the minimum speed is too high ?
im an expert at solid modeling but its my first time on solid cam, i bought a useless mastercam tutorial before finding this and that tutorial didnt even open
Hi, don't know if you're still responding to comments as the video is 3 yrs old, but I'm kind of running out of options and resources. My issue is even after checking the box labeled "use tools from tool crib only", after doing the extract machinable features then go to generate tool path it will still pick tools that I don't have in my tool crib and put them in the program. I'm new at using Solidworks cam feature and any advice would be greatly appreciated. Thank you, Josh Fodstad
I'm glad that i found this page. i'm new with Solidworks and i tend to learn more on videos compared to reading. i'm having a hard time with other channels due to Audios or Accents that the creator has. Thanks for this!
I think you need to re think your speeds&feeds / cutting strategy. 30mins to cut these solf jaws out of I'm assuming aluminium is way too long. This could easily be dropped to below 5mins
Вам там не надоело при работе с другими странами всё в мм переводить и обратно???? Неужели в штатах и инженеры на столько твердолобые, что будут всю жизнь работать в дюймах когда большая часть мира работает в нормальной метрической системе?
I Want to contact with you sir. How it is possible?
My set up function won’t give me options
Hi. Why did you fo 4 times 600? what is 600 here ?
Very good video.
Thanks verymuch
Thanks verymuch
Excellent, well explained. Thank you
iam trying to program peck drilling but it doesnt show pecking in simulation
I see you're so specifically a professor, so details this betterer than engineering courses ❤
Sir can you teach threadmill in solidcam
Creating impssible tto machine parts is why I adopted a style of extruding a blank piece of stock and making cuts instead of extrudes.
Love it
Thank you for the info. Great help.
I'm loving it as well. Keep up the amazing videos.
Why inch..
what are you doing?
Thank you for your amazing videos! You have taught me SolidCam. I really appreciate it
Thank you so much for a simple...easy tutorial. Been tryin others and they either go way too fast, or start explaining advanced features and or things that I dont need to know for now.
Next target on 5 axes as on Catia? 🙏🤭🤙
Thankyou!
супер . господин професор а бихте ли ми споделили къде в СОЛИД са стъпките на самта програма на ЦПУ,,тоест ..къде СОЛИД описва стъпките на самия ЦПУ ( СТРУГ )..благодаря предварително ако ми споделите такъв клип ..
Where was the face mill operation ? In my opinion face mill must be the first operation
Would you be able to post that PDF file please
Thank you. And tell me if the machine is homemade, which post processor to choose?
Thank you for doing this, you have helped me soooooo much in my work and I really appreciate. You're an amazing teacher also. Hope you're doing well sir
Proffesor Cameron thank you soo much for your work on this video! I been strugling to find a proper tutorial, and here i am! Your videos they been soo helpful. Thank a lot!
Great tutorial, very clear and informative !
Great
Just one question I'm looking for answer... 8:37 you show us text file with gcode. And in the fourth row we see G91 G28 X0 Y0 Z0 which means that the machine is going to moove to zero positions of all axis. Which are in the one of the corners of your part. So.... The tool will slightly touch the stok. But if the stock would be higher than part - the tool will hit the stock. I mean it. And if we look to the next lesson of your video course - you do this. You setting up the stock for 0,1 higher (Z axe). I would be very appreciated if you can explain how to avoid this issue. Thank you.
One day spent to think about my question... It seems I was wrong with my understanding of basic machining. I mean I have diy milling machine. DIY means - it is in permanent upgrade/mod state. :-))) One of this mods is Z-endstop bracket modification. It means - I'm working without Z-endstop :-))))) ....so... Machine coordinates are ... not completely accurate for every homing routine :-)))) I think that's why my question is. Will find it out :-)