Excellent video Darin. I was struggling at work in SolidWorks trying to design a simple plywood cabinet. I was headed in the right direction, but after I used the shell command to create the box and wall thickness, I couldn't figure out the other steps in the process. Your video just taught me what I was trying to figure out today at work. Please, keep those video's going. Thank you.
Great method... I build everything part by part and place in an assembly. From your method, how would you transfer the information of rim lengths and hpl dimensions and base cut of the boards?
In some respects I like your solution (quick and dirty), but there is NO allowance for real joinery, such as mortise and tenon, ship laps, rabbets, dados, grooves, etc. All my cabinets use similar sides and front faces (roughly), but my rear panels are always inset in a groove, which leaves room behind for my favorite mounting style "French Cleat". For the above system of cabinetry, I find it convenient to develop library parts, since who wants to remake rail and style joints for each new project. Besides which when you make drawings you want to show the joints and describe setups and cuts for the factory floor or in the case of the hobbyist, you want to only work out your procedures once. Still, I will play around with this solution for being thorough in my repertoire so thanks for posting.
@@ts3dprints732 though that mey be doable, why would you? Joinery does have simple rules for such things as M & T so why not make library parts that already have them built in, such as rails with mortises (a left and right) and stiles with tenons. You drage them in and if you wish after adjusting for panel or frame length and width, you can save them as new individual parts for a project if you wish. Mates can be included as part of the drag and drop operation. Design Tables can also be leveraged for consistency and sizing.
@@alexandrsheva9718 было бы лучше сделать видео от проектирования до полной готовности к реальному производству изделия. А так, коробки и начинающий легко напроектирует...
the cut list is gold for woodworkers. Ive not found a better demonstration than this. Thanks
Thank you very much you tought me the right way to use solidworks I used to work on sheet metal for wood projects
THIS IS EXACTLY WHAT I'VE BEEN LOOKING FOR!!!! Thanks so, so much for this tutorial. Cheers to you!
This is great! Thank you! Please upload more videos on cabinetry!
cheers for this, you have no idea how much time I've spent building boxes, panel by panel
Packed full of good tips, Darin. I've got to make better use of the Split command! Thanks for another fantastic video!
Excellent video Darin. I was struggling at work in SolidWorks trying to design a simple plywood cabinet. I was headed in the right direction, but after I used the shell command to create the box and wall thickness, I couldn't figure out the other steps in the process. Your video just taught me what I was trying to figure out today at work. Please, keep those video's going. Thank you.
Glad I could help!
New in Solidworks. That's amazing!!! Wonderful tutorial!!! Really appreciate !!!
Very useful, thank you!
Great method... I build everything part by part and place in an assembly.
From your method, how would you transfer the information of rim lengths and hpl dimensions and base cut of the boards?
There are a lot of options for communicating that data. Here is one way
www.goengineer.com/blog/link-a-dimension-to-the-bom-with-custom-property
a great lesson
Good video. Very helpful. Thanks!
Thanks for watching!
Thanks , How easy can life be, if you know how
thanks million ,,, I found what I am looking for
You are welcome! Be sure to subscribe for more great 3D CAD Design and 3D printing tutorials.
Good idea with split, now use it to make dovetail joints =)
I would use cut, and use derivative sketch.
AWZZOMELICHUZZ TIPZZ !!
In some respects I like your solution (quick and dirty), but there is NO allowance for real joinery, such as mortise and tenon, ship laps, rabbets, dados, grooves, etc. All my cabinets use similar sides and front faces (roughly), but my rear panels are always inset in a groove, which leaves room behind for my favorite mounting style "French Cleat".
For the above system of cabinetry, I find it convenient to develop library parts, since who wants to remake rail and style joints for each new project. Besides which when you make drawings you want to show the joints and describe setups and cuts for the factory floor or in the case of the hobbyist, you want to only work out your procedures once.
Still, I will play around with this solution for being thorough in my repertoire so thanks for posting.
For mortise and tenon you could turn the objects into sheet metal, and then use the slot and tab feature.
@@ts3dprints732 though that mey be doable, why would you? Joinery does have simple rules for such things as M & T so why not make library parts that already have them built in, such as rails with mortises (a left and right) and stiles with tenons.
You drage them in and if you wish after adjusting for panel or frame length and width, you can save them as new individual parts for a project if you wish.
Mates can be included as part of the drag and drop operation. Design Tables can also be leveraged for consistency and sizing.
А где же кромка?
Крепежи?
И т.д. ...
видимо, задачей видео было показать, как создавать многотельную деталь, а не полностью процесс разработки конкретной конструкции
@@alexandrsheva9718 было бы лучше сделать видео от проектирования до полной готовности к реальному производству изделия.
А так, коробки и начинающий легко напроектирует...
@@DmitrDorofeev ну GoEngineer таким вряд ли будут заниматься. Только если какие-то отдельные ютуберы. Было бы конечно хороший контент