3D Printer In a Hand Tool Woodworking Shop 

Check the description, the links are there now. The one exception is my sash clamp, where he linked to a video I did, but my video has a link in its description.

You can no longer put them in the pinned comment RU-vid just changed that today. So now the links are in the description. There you can copy and paste them.

Out. Get out. OUT!

Send me an email we can talk when I get back.

It works best between 20 and 35°.

I might have found your printer on Amazon. Is yours the prusa i3? It’s like $1000. I have a feeling that whatever amount you want for yours… it’s gonna be out of my price range atm. 😞 one day tho. 🤞

I don't know what the going price is for a used one. But without shipping it's probably somewhere around 5:00 or $600. I haven't figured out what the price point on mine would be. The new ones are around $1,000.

Result design my own and sometimes I'll borrow them off of the cloud. It uses a G-Code to do the printing but you generate the g code on a piece of software that can take in several different three file formats. They are incredibly cheap to operate. Just a little pricey to get up and running.

All the links are in the description. I can't pin the comments anymore on the shorts. They just change that today.

@@WoodByWrightHowTo thank you! you're the best around ⭐ that plane totally deserves its own video lol

@@josephs2581 If you follow the link in the description, you'll find a video I made on it, (I'm the designer).

@@AllanMacMillan I've actually been watching a bunch of your videos now! lol. thank you for these!

It all depends on the printer. Some of them do great work and some of them don't do that good of work.

1. Well tuned printer/slicer. 2. All of the shiny bits are printed with "silk" filament.

There's a link in the description. They no longer allow links in the comments on shorts. They just started that today.

That's the calculation I'm making too. I ended up selling the old one for $600 and I'm looking forward to the mark IV coming in about a week or so

where do you get your files?

@@Lonely_Wiz Mostly I made a few simple things like a set square myself. I think I found one or two things on thingiverse

I have not looked at a price yet, but send me an email I would be glad to talk about it.

I'm already in iowa. But if you ever plan to swing by Rockford Illinois let me know we can talk about it.

@WoodByWrightHowTo probably not. This is gonna use up the last of my vacation time

This is the way!

That is a Garmin Fenix 7x solar Sapphire

I could ship it international but it would probably cost more than the printer itself. I haven't looked up what the going prices for a used one yet. But if you're interested send me an email.

@@WoodByWrightHowTo will do sugar

Send me an email. You can find that on the about tab on the Facebook page or in the contact me form on my website.

But you can do quite a bit more with a 3D printer. If you have the uses for one.

They're stronger than you expect, as long as they're designed and printed properly. They essentially have "grain" weaknesses like wood does.

Depends on a number of factors, but in short, yes 3D printed objects are quite durable. I printed a speed square out of PLA (a softer plastic), with 70% infill (so 30% of the inside is hollow), and I regularly throw it around in my shop. It's still square, it hasn't broken, and It's been maybe a year. Now I wouldn't recommend it, but I wanted to see why everyone loved speed squares, so I gave it a go. Cheaper than buying one, faster than having it delivered. Print strength does vary on a number of things. Plastic type, layer size (width), layer height, infill (if below 100% then infill pattern), print direction (as the other commenter said, it's like wood grain), and if you finish the surface. There are more, but that's the main stuff. If you print something out of ABS, 100% infill, relatively coarser layers, correct orientation for the task, and then finish with acetone vapor bath, you're gonna get close to injection molded strength, maybe exceed it depending on how the part is designed. Even PLA can provide enough strength for most tasks. I'm not telling you 3D printing is amazing, and that it will do all you want at the press of a button. It's quite laborious sometimes, but it is a useful tool and skill to have.

@@autumn5592 oh nice, basically they're as good as the design

@@burbzilla Pretty much. And 3D printing can be used for other hobbies, like metal casting, which seriously improve the finished products strength.

You can print them as durable as you need them to be.