- What If Dyson Made CNC Routers Instead of Vacuum Cleaners?
- CNC 4th Axis Basics: Routers and Woodworking
- 10 Tips for CNC Router Aluminum Cutting Success
- MIT Students Create Hand-Held CNC Router: You Gotta See This!
- Hexapod Robotic CNC Router Walks to the Site of the Work to Be Done
- Tale of Two Engines: Giant Crankshaft and World’s Smallest V12
- CNC 4th Axis Basics: Workholding
- Desktop Manufacturing is Here With Two Amazing Announcements
- CNC’ing the World’s Ultimate Pizza Cutter
- Several Customer-Driven Updates to G-Wizard Editor This Week
- MeshCam is Here By Itself - CNCCookbook CNC Blog CNCCookbook CNC Blog on MeshCAM: Great Ease of Use in a 3D CAM Package
- SiteOwner on Magnetic Sheet Metal Bending Brakes
- Anton on Making Cell Phone Cases With Syil, Fadal, and G-Wizard
- tb on Making Cell Phone Cases With Syil, Fadal, and G-Wizard
- http://www.lru-krl.com/ on I Don’t Care What You Say About Us As Long As You Link to Us!
Long time readers will know CNCCookbook frequently mixes machine aesthetics and art with machining technique and knowledge. I was drawn to CNC in order to make things, certain specific things. I was captivated by the hot rod scene and wanted to create a roadster that was entirely my own design. Along the way, I became totally seduced by the art of machining itself, but I will go back to making those things some day soon.
A long-time reader recently sent me a note about Shinya Kimura. The video and blog post are very inspiring for all who love motorcycles and the art of making things. … Read the rest
What if tool boxes and other things were made of rivetted aluminum like WWII fighter planes?
Well, you’d get the kind of thing Aero1946 does:
The gorgeous work is all hand-crafted, not a CNC in sight at Aero1946′s shop in Germany. Check out his web site, there are a lot of photos of his manufacturing process in his workshop (Die Werkstatt):… Read the rest
Here is a surprising find: someone has now 3D printed an AR-15 lower receiver and successfully test fired the weapon:
World’s first 3D printed firearm…
Here’s a lower receiver, the part that was 3D printed, for those not familiar with this firearm:
The most common 3D printing processes and the one used in this case resulted in a plastic lower receiver.
There is a lot more detail on this project over on the AR-15 Forums and I first came across this on 3Ders.org (although I think my friend Nora was trying to tell me and I wasn’t listening hard enough!).… Read the rest
Folks loved our recent post about making an engagement ring with CNC, so we thought we’d pass along this article from Cubify too. I had to try the technique described, so here is what I did:
Start by taking a profile photo of your fiance:
Take a profile shot of your fiancee, and use the profile as a form for the ring…
I drew the red line freehand in Photoshop with the image magnified full screen so I would have something to go by. I then loaded that image as a background image in my CAD program, Rhino3D. … Read the rest
I saw this trick over on Practical Machinist and thought it was pretty cool. How many times do you hear on the shop floor, especially a Job Shop, “How long have those inserts been in there?” It’s hard to keep up with tool life unless you have invested in a bunch of automation. Inserts and other tooling can and do wear out, and it’s almost always better if you can spot the wear before something breaks. If you have a digital microscope, it’s easy. For those that have access to a PC at their CNC machines, USB digital microscopes are cheap.… Read the rest
I like cool and offbeat fasteners. Call it a fetish, but I got hooked on weird fasteners working on cars. They can be very decorative and aesthetically pleasing. Take this shopmade example for a folding knife that I saw recently on the awesome HSM Shopmade Tooling thread:
The “bolt” looks great on the knife, doesn’t it? The tool would be a real nuisance to make manually, but very straightforward with CNC. I’ll have to try something like this at some point. It needs to wait for my CNC lathe to be finished though.… Read the rest
If you can imagine it, you can probably make it with CNC. But how many of us are so used to seeing non-CNC’d things that we forget to imagine?
There is an indicator on the front of a Mac Powerbook laptop. The case is aluminum, and if the indicator is not lit, you can’t see any evidence of an open. When the indicator lights up, it is as if the indicator can actually shine through the aluminum. It’s done by means of tiny holes put there via CNC controlled laser beam. … Read the rest
If any of those are true, there’s two things you need to do.
First is to check out this Clayton Boyer video that went viral with nearly 2 million views as I write this:
I’ve written about Clayton’s wooden geared clocks before.
Gears designed with Gearotic Gear Design Software…
The second thing you need to do is try out Art Fenerty’s (the father of Mach3) Gearotic Gear Design Software. Gearotic lets you design those sorts of oddball (as well as regular geartrains) gears you see in Clayton Boyer’s video. Go on over to our Gearotic Gear Design page and check it out. … Read the rest
I learned a new technique from this great article on CNCZone describing how the original poster used a product called “Gravograph” to make this gorgeous CNC control panel:
And here is some work in progress:
This engraving material is a laminated plastic, that has a self-adhesive to make it easy to stick to aluminum or whatever the real structural material for your panel might be. The plastic has a layer of black that is 0.012″ thick and then white underneath. Set your engraving depth to just a little deeper (say, 0.015″) and look for great looking results like these.… Read the rest
I got involved with CNC because I like to create things. It is the ultimate tool for it. With the right CNC Skills, if you can imagine it, you can probably built it. I confess I have a serious Design Fetish. I love great Design. Objects can be art. They can delight our senses and our sense of the aesthetic. CNC has made so much more of that possible both by enabling more complex things to be created (the imagination should not be hampered by the simple) and by pushing down that power of creation to the garage shops, do it yourselfers, and makers out in homes everywhere.… Read the rest
Endless-sphere.com has a lot of very cool projects, and I really liked this conversion of a classic mountain bike to electric power.
Here is the finished bike:
Battery box, LED headlights, and control panel on the front, electric hub on the back. Pretty slick!
Crystalyte HS3540 Electric Hub Motor powers this project…
Dashboard includes GPS navigation…
A bike like this can apparently reach speeds of 45 MPH, so a suspension is helpful even on smooth roads!
Check out the original article for much more information. The machine work required looks very straightforward. … Read the rest
For those who like machines and mechanisms (and I’ll assume that is most of you as it is me), there is a world of interest in learning how things “used to be.” How were chronometers made accurate enough for sailing ship navigation well before we could look up the time on our iPhones? One of my favorite topics is all the tooling manual machinists need that CNC doesn’t. The electronics and computer software make it superfluous. A rotary table, for example, is unnecessary to the CNC’er (unless you want to turn it into a 4th axis), but quite useful for manul machining.… Read the rest
French fitting is the term used when toolboxes, cabinets, and drawers have fitted compartments that outline each tool. Gun presentation cases are also commonly French Fit to the outline fo the gun. There are a lot of ways to make a French Fit case or tray. As a CNC’er, you’re in a position to carve such custom trays out of wood or a variety of other materials. If you want to store your tools in French Fit Cedar, that’s pretty easy to do. The cedar is said to have good properties to keep the tools from rusting.… Read the rest
Got a great note from one of our G-Wizard users over on the User’s Club:
I had a project where I needed to cut a bunch of contouring with a 0.035″ x 0.3″ long ball end mill in titanium alloy. It went as smooth as could be. After G Wizard, I’m more worried about breaking tiny end mills by accident when it is not in the mill than I am about it breaking when cutting.
I asked if he’d send photos of his project and it turned out to be this gorgeous engagement ring:
Here is the 4th axis during roughing with a 0.055″ endmill…
The 4th axis was simply used to index, and 4 index positions were needed to complete the work. … Read the rest
Despite my CNC gang lathe fetish, a CNC toolroom lathe would be a more useful thing in my own shop. Here is the sweet little 13″ swing Harrison Alpha:… Read the rest