New here? He designs and provides plans to cnc owner/operators. You could print the plans to scale, glue them to wood, and cut them with more conventional tools, or let me know if you want me to cut something for you. I'm pretty reasonable on pricing.

We used Fusion 360 to design the project 👌🏼

Glad you enjoy our design projects! The board game table sounds like an interesting build! Do you have a specific size in mind? They seem to range from a coffee table-sized to a big 6-person dining table. I’d love to hear more about what features you’d want in a bundle like that!

@@Aribabox I am glad that you are considering taking on this challenge in your workshop. For my own use I was thinking about a typical table for 4 people (simply: most board games are for 4 people and my family consists of 4 :) ). At first I thought about adapting one of the popular plywood table designs to a version of a gaming table, similar maybe to this one: kzbin.info/www/bejne/o2HQY4SVg5Ktf68si=pr3G7ETjJelnTnD_ but without gluing and screwing. However, my wife would not let me replace a typical table with one so easily, hence later I found such a foldable solution kzbin.info/www/bejne/nYnQYqV8lMZ6gqcsi=8l4vJ629sY227ONu , but it has one drawback - in the break of the game you have to fold everything and unfold it again. Currently I have reached the stage of trying to get inspired by this solution like this kzbin.info/www/bejne/oXrCi3WVaL6tZ80si=KfXy4yKgBXf-0tmA with added fences at the edge and the cover deck on top. I believe, no, I know :) that you are able to develop this idea to the highest level of functionality and mobility.

@@bet1er_man Thanks for sharing your ideas - they're all really intriguing, and each has its own strengths and challenges. - The dining table with a removable tabletop stands out as the most practical option for everyday use, and it could seamlessly blend into family life. - The foldable table is great for occasional use but does require dedicated storage space when not in play. - The smaller version is compact and portable but might be more challenging to build due to the complexity of joinery and its limited ability to incorporate features like cardholders and storage. I think the key focus would be designing simple, convenient joinery for the attachments, as the tabletop itself seems relatively straightforward.

Hola, gracias por tu interés. Tenemos el CNC Onefinity Journeyman. Sin embargo, proyectos como estos también se pueden realizar en máquinas más pequeñas y menos costosas.

Thank you for the advice! We actually use this approach for projects made with 6 to 15 mm plywood, and it works really well. However, for 18 mm and thicker materials, we haven’t yet found cut settings that consistently deliver clean surfaces without tabs. Still experimenting, though!

​@@AribaboxI use cheap 1/8" compression bits from Amazon, and cut 3/4" plywood and MDF in 2 passes, at 12000 rpm and 65 ipm. And like I say, I don't use tabs anymore. Just clamps to hold the outside piece of wood, and maybe some double stick tape.

@@acerjuglans383 Thank you for sharing the cut settings! Will give it a try next time when cutting 3/4 ply! 👍

​@@AribaboxYou're welcome! My settings are for plywood less dense than baltic birch. For that plywood, I would cut shallow passes, not more than 1/4" deep, with a 1/8" compression bit.

It took a little more than half a sheet of 18mm plywood, which cost me around 40 EUR. Of course, prices might vary depending on your location.

40€ for 2500x1250x18? ​@@Aribabox

We're not experts on VCarve Pro 12, so we're hesitant to create a tutorial ourselves. However, there are some great resources online that might help! We'd recommend checking out the official Vectric tutorials or some of the videos by the VCarve community on KZbin.

😂 Glad you think so! We actually designed it to handle at least four of them - talk about overbuilt! 😂

Thanks for the great suggestion! 👍 Just added the main cut settings to the video description. Hope that helps - let me know if you have any other questions!

Absolutely! Once you start using a CNC, it’s hard not to see the possibilities everywhere. After all, what’s the point of having one if you don’t put it to good use? 😅

Thanks! The go-kart will definitely be a fun project for your upgraded CNC. Let me know how it goes when you get started!

​@Aribabox thank you. I will post some pics in you Facebook page.

Thanks! I appreciate your insights. The tool does slow down on the joint corners, but I’m not sure if Fusion is converting the curves into splines since I’m using the same parts directly from the design file for CAM. Maybe there’s a setting I’m missing that could prevent the slowdown-I'll look into it!

Thank you! We used a straight-flute bit for this project. It packs the wood shavings in the cutting groove, so we can skip using the support tabs.

The most efficient way in Fusion 360 is to use the 'User Parameter' tool, as it allows for flexible adjustments in material thickness across the entire design. However, this approach works best if the project is originally set up using the parameters tool. For any of Aribabox's projects, if you need to adjust thicknesses, feel free to email us - we’d be happy to make those adjustments for you!

For materials up to 12 mm thick, we usually cut in one pass. Here are the settings we use: - Router bit diameter: 3 mm (1/8 inch) - RPM: 25,000 - Feed rate: 3,000-4,000 mm/min (depending on material thickness) Thanks for watching, and glad you noticed the speed!

@@Aribaboxhow many HP has your spindle?

@@xalbert88x We use the Makita palm router as the spindle for the CNC router - it has 1.25 HP

Thank you! Cheers!

Glad you enjoyed the project and the video! 😊 Thanks so much for the kind words and for subscribing!

Thank you so much for the kind words! For the cabinet designs, we used Fusion 360 to create and prep everything for CNC. We cut all the parts on a Onefinity Journeyman CNC, which has a work area of 1220 x 820 mm-great for hobby-level projects like this. Hope that helps, and thanks again for watching!

Great question! Scaling an imported DXF is simple. Start by measuring a known dimension on the file-like the width of a part you can verify. Then calculate the scale factor by dividing the needed width by the measured width (Scale Factor = Needed Width / Measured Width). Finally, use the ‘Scale’ tool in your software to apply that scale factor and adjust the project to the correct size. That should do the trick!

Still stand by that statement. 😅 Glad you enjoy our content and welcome to the community! 🙂

Glad you enjoyed it. Thanks for watching!

Thanks for reaching out! The files should import smoothly into Fusion 360, but I know issues can sometimes pop up. You can follow the same file-importing steps we used in this video: kzbin.info/www/bejne/hYC3XnSipal3l9E. If you still run into trouble, feel free to let me know, and I'll be happy to help! Best of luck with the project!

@Aribabox Hey thanks for the quick reply, really appreciate it. Meanwhile I have it working, the Problem was I didn't have Microsoft Visual C++ installed, since I recently Had to Reinstall Windows so it wasn't available when I tried to import it. Now everything works fine :) Thanks

​@@ma-le-lo Glad to hear you got it sorted out! Hope you have a great time with the project, and don’t hesitate to reach out if any other questions come up along the way.

Thank you so much for the kind words and all the support along the way! I still use the cut settings you recommended - that’s honestly been one of the best tips in all my years working with CNC. Thanks for watching the videos and helping us get more visibility!

Thanks a lot, I really appreciate it! Glad you are watching, and I’ll keep doing my best to make content you enjoy.

he just got another... good work my friend

@@aurelmeca i bet, just because he makes youtube videos so rare with so interesting content

hanks for asking! We're using the Onefinity Journeyman CNC router, which has been a solid machine for our projects. You can check out all the specs on their website. Since there are so many great setup and cutting tutorials out there, we decided to focus on project files and builds rather than making a setup video ourselves. But if you’re curious about any specific tips on how we use it, feel free to ask!

Good question - the windows are tilt only, so the cabinets don't interfere.

Thank you so much for your purchase! For the screws, I'd be happy to help. Could you please email us your order details so we can provide you with the specific screw sizes and any other specifications you need? We’ll get back to you right away.

We just uploaded the DXF Files for the Go-Kart project on our website - aribabox.com/products/go-kart-dxf-files Sorry for the delays - had to make some improvements before making the design public.

thanks​@@Aribabox

We just uploaded the DXF Files for the Go-Kart project on our website - aribabox.com/products/go-kart-dxf-files Sorry for the delays - had to make some improvements before making the design public.

@@Aribabox 已经购买了，不过还是喜欢四个轮子的，可以给我四个轮子的文件么？

We just uploaded the DXF Files for the Go-Kart project on our website - aribabox.com/products/go-kart-dxf-files Sorry for the delays - had to make some improvements before making the design public.

Thank you! Glad you like the result!

Thank you!

Thank you for your honest feedback! Simplicity was one of our main goals when designing the cabinetry, but we totally understand that the minimalistic look isn’t for everyone. The great thing about using a CNC is that we can easily add more intricate details to the door panels or even enhance the design with paint later on.

Thanks for the suggestion! Using that approach could definitely simplify things. However, one of our main goals for this project is to develop a method for making tires that fit well with our go-kart build.

Thank you so much for the compliments! I'm thrilled you enjoyed the project.

Thank you! Glad to hear you enjoy our projects! 3D printed parts would definitely open up more possibilities - will have to think of ways to incooporate it. If I remember correctly we used a 6 mm (1/4-inch) straight-flute bit when cutting the project.

Thank you!

If you’re using flange nuts to act as spacers, could you make some tubes from layered 12mm plywood circles (cnc to Aribabox splendour) then use the tubes to space components, then tie the whole assembly with a lock nut each end? Keep up your inspiring work!

@@courtenaybotterill5591 Thank you for the great idea! We’re considering using small wooden discs as spacers for the back wheel design update. We originally used flange nuts to secure the gears and wheel discs to the axis, but found it wasn't efficient enough. We’ll definitely explore different approaches based on your suggestion. Thanks again for your support and suggestions!