Thank you for the suggestion! A CNC furniture series for tiny homes sounds like an exciting idea. While we're currently focusing on individual furniture projects, we’ll definitely keep this in mind for future designs!

Great question! 🤔 I haven’t tested the maximum weight yet, but that’s a solid idea for an experiment.

Thank you! 😊 We’re always trying to come up with fresh and exciting CNC projects, so if that earns us a spot as one of your top channels, we’re thrilled to hear it!

That's a great question! For this project, stability can be affected by two main factors: 1. Joint quality: Tighter joints between the shelves and spacer components create a more rigid structure. 2. Height: The taller the assembly, the more stress is placed on the bottom components, which increases the risk of wobble. You’re right that the plywood's thickness plays a big role. Adding some cross-bracing could definitely improve stability, especially for a floor-to-ceiling setup.

Oui, tout à fait ! C'est important de pouvoir installer tous les outils essentiels pour rester productif, et cette boîte à outils a été pensée pour ça.

Thanks so much for noticing! 😊 We’re always working to improve, and upgrading to 4K was a big step for us. Glad you’re enjoying it!

We use Baltic birch plywood, but not the type made specifically for laser cutting. That version uses a special glue to prevent reflecting laser beams, which isn’t necessary for our CNC projects.

Thank you very much!

Considering the prototype was made from a 9 mm sheet, the shelf is surprisingly sturdy! The rigidity mostly depends on the quality of the half-lap joints between the shelves and spacer components. Adding a backboard could definitely improve stability, especially if you're planning to stack the shelves higher than 2 meters. In that case, some additional reinforcements would be a good idea.

Yes, we have plans to make some of them for our workshop later this year 👍

Thanks so much! We’re glad you love the designs! The good news is most of our projects are designed to work on small hobby-level CNCs, so you don’t need a large machine to get started.

Thank you! Glad you like the project!

Hi, we mostly use Fusion 360 for our design work 👌

Happy New Year to you too! Thank you! Glad you enjoyed the bed project.

We mostly use 3 mm (1/8-inch) straight flute bits for our projects, especially for plywood up to 15 mm thick. With the right settings - 3000-4000 mm/min feed rate and a spindle speed of 25,000 rpm - we can usually cut part contours in a single pass. For 15 mm sheets, though, we often use two passes for a cleaner finish.

Спасибо!

@@Aribabox Спасибо хорошо как делаете посадку под болт и гайку?

@@stilet44 When cutting the components on the CNC router, we made pocketing cuts for the bolthead and the nut to sit in. This made the assembling a lot easier and faster.

@@AribaboxУ вас на гранях нет радиуса от фрезы, стамеской выбираете?

@@stilet44 We used a 3 mm diameter bit for the pocketing operations - there are still small radiuses left, however, they don't prevent you from inserting the screwheads.

Thanks! 👍

Haha, exactly! Why buy when you can make, right? 😄 Thank you!

Solving the tension issue was definitely our main focus here. It did end up a bit larger, but we’re happy it fits standard 4-inch wide sandpaper.

@Aribabox I've been buying rolls for my drum sander....much tougher stuff, very durable, and very affordable per square unit measure. Great work!

Thanks so much for the suggestion! When we designed the flippers, we aimed to keep them as close to the original as possible. You're absolutely right-using proper flipper rubbers from a pinball supplier would really enhance the experience. We'll definitely keep that in mind for future updates!

That’s a great point, and I can see where you’re coming from. If we were making a batch of these boxes, your method would definitely make sense. However, for prototype work, doing the chamfers by hand is often quicker - there’s no need to swap tools mid-operation or set up for double-sided machining on some parts. That said, you bring up a valid consideration for streamlining the process in a production run.

That's true - just gave our spin on already existing solutions. Glad you like the result!

Thank you!

Glad you enjoyed the project! Thank you for the advice on the screwdriver bits. You're absolutely right - I should have matched the correct bit for each screw. I usually stick with Torx screws because they’re easier to work with and help avoid these mismatches, but I’ll definitely keep your tip in mind for future builds.

You're absolutely right - we’ve been skipping the support tabs for a while now! Thanks again for that earlier suggestion; it’s been a real time-saver for us!

It took some time to figure out the clutch thing on the drill. 😅 And I’m with you on the blind joints - they really elevate the final look.

@@Aribabox ​ Next step for you would be to learn difference between PH (Philips) and PZ (Pozidriv) screw heads and different sizes, so you would not strip/damage screw heads by using incorrect drive bit ;)

@@janis_kalnins Can't fix all the bad habits at once! 😅 Will work on that in the next projects.

Thank you!

Thank you so much for your kind words and for watching our content! We actually use Fusion 360 for most of our design work, including CAM tasks. If you'd like to see more about our workflow and how we design joinery, check out this video: kzbin.info/www/bejne/qqTddIana5uBrpY. Feel free to ask if you have more questions - we’re happy to help!

Genius might be a bit much, but I’ll happily take the compliment! 😅 Thank you for watching and supporting the project!

Thank you for sharing that! It's so cool to hear about those older wooden toolboxes-such a classic design. Funny enough, we actually took inspiration from my family's sewing equipment boxes for this joinery style. We wanted to see how well the concept would work for woodworking and CNC projects, and it’s been so fun to explore!

Thank you so much for your kind words and encouragement! Wishing you an equally creative and successful 2025!

Thank you! Glad you enjoy the project!

😂 Exactly! Sometimes screws just win - quick, clean, and no gluey mess to deal with.

Thanks for watching!

Thank you! Stackable toolbox sounds like a great future project! Thank you for the suggestion!

Sanding? What's that? CNC life has spoiled us. 😂

Sure, we offer the balance board project files on our website - aribabox.com I think there are eight different maze panels included.

Thank you!