Oak sign made on my Onefinity CNC for our Cowboy Action group at the gun club. It’s a simple V-carve made using a 90 Degree bit. The wood is some very very old red oak tongue & groove flooring that I glued together to make a piece approximately 13 in x 19 in. It was given a coat of dark walnut stain before carving.
The photo shows it in the frame I made for it out of 1×2’s. I wanted it to have a rustic look so I think that works.
These Hallowe’en lanterns are made from 1×6 cedar boards. The “faces” are carved on my Onefinity CNC and then the pieces assembled.
I have a few more designs which I will make soon. They can be made with or without bottoms or handles. The ones with bottoms have an opening in the back for insertion of a light. The ones without bottoms can just be placed over a light source. I recommend a battery powered LED light.
I have some battery powered LED candle lights on order. These lights flicker and cycle thru different colours and are cool and safe to use. We will see how they look when they come in. For now, I put a white “puck light” inside this one to see the effect.
I think they look pretty good. My front window will probably have a few of these this Halowe’en.
Yesterday, I finished my spoilboard and surfaced it. All it needed was to have a grid carved into it to assist in the alignment of workpieces.
I found a few files for grids on the Onefinity forums and elsewhere on the interwebs. They were nice. But I decided I wanted to create my own file. So I went into Carbide Create and created a new file sized at 816×816 mm, the size of my spoilboard. I wanted a grid of sqaures 2 inches in size. So I switched over to imperial units and created a 2 by 2 inch rectangle. I then copied this and moved it exactly 2 inches to the right. Then I copied the 2 rectangles to ther right again. Once more, I copied the 4 rectangles to the right. Now I had eight 2 inch square rectangles. One more copy and paste and they now reached the far right side of the spoilboard.
I repeated this process to copy these rows of square rectangles along the Y-axis and the whole 32×32 inch spoilboard was filled with 2 inch squares. Next I added numbers along each axis and then I drew a circle with a 2 inch radius in the exact centre of the board. I wanted to personalise the board somehow so I added my initials within the circle.
Next toolpaths were created to carve the grid, the circle, the numbers and letters with a 90 Degree V-bit at a very shallow depth, 0.05 inches or 1.27 mm. I set a feedrate of 2540 mm/min or 100 ipm.
X & Y zero were set at the machine’s Home position in the lower left corner, my V-bit was inserted into the collet and I probed for Z zero. The Makita was set at speed setting #2, which is about 12,000 RPM. The whole carve took just over a half hour, which I find pretty amazing being used to the much slower feeds and speeds of my 3018. My new dust collection system collected better than 99% of the dust produced from cutting the MDF. This isn’t going to be hard to get used to, lol.
Now that the spoilboard is complete, it’s time to “make some chips” with some actual projects.
In the last couple of days I re-configured the dust collection system in my shop and made a spoilboard for my new Onefinity Woodworker.
Up until now, I had been using an old shop vac connected to a cyclone separator to provide suction for my dust collection system. It worked OK, but being right beside the CNC machine in the workshop it was loud. And being old, I think it also drew a lot of power. I would sometimes trip a breaker when running it and another power tool at the same time.
We have a central vacuum system in the house and it is on it’s own circuit. And it’s in another room so it’s much quieter in the shop when it’s running. So I tied my dust collection system into the central vac and solved both problems.
I bought a dust shoe from a seller on Etsy (link). I had never bought anything on Etsy before but I was very happy with this. It shipped really fast and fit on the router like a glove. The brush on the bottom of the shoe is held in place by magnets and it simply pulls off when needed to change bits, etc. I bought some vacuum hose with adapters from Canadian Tire and as you can see in the photo, one of the adapters fit perfectly into the dust shoe. It has a quick connect coupling so I can remove and replace the hose easily.
T-track was ordered from Amazon for my spoilboard. The track arrived yesterday so I able to start building the spoilboard. I made it from 2 layers of 3/4 inch MDF. The bottom layer is approx 36×42 inches and fits nicely within the footprint of the Onefinity. I scribed an outline of the Onefinity’s work area on the bottom layer, along with lines to show where the t-track would go.
I cut 5 equal sized pieces of MDF for the top layer and aligned them with the t-tracks using the outline I scribed in the bottom layer. The t-track was screwed down with #6 x 1 inch screws and the MDF with #8 x 1 1/4 inch screws.
After everything was fastened down, I surfaced the wasteboard with a 22 mm surfacing bit in the CNC. I made 2 passes taking just 0.4 mm per pass. After the 2nd pass the whole wasteboard was perfectly flat.
I plan to add a grid pattern to the spoilboard to help align projects but I’m still looking at a couple of patterns I found on the interwebs. I also made one of my own in Carbide Create.
Amazon had some nice looking clamps made by O’Skool and I bought a couple. I also made some out of wood scraps. These wooden clamps were carved on my 3018 CNC machine.
My Onefinity Woodworker X-35 arrived today. I spent the afternoon getting it assembled and set up in my shop, which is almost ready for it. The 1F got here sooner than I expected, so I’m not quite ready yet. But I did make a table for it. I still need to make and surface a spoilboard and connect my dust collection.
This first picture was taken while I was assembling it and checking to make sure everything was square.
Onefinity (a Canadian company) provides excellent assembly instructions via a video on their website. The machine itself is well designed and goes together relatively easy if you follow the instructions and make sure everything is square.
Here is the machine after I completed the assembly, did a few tests and a bit of cable management (under the table).
I’m looking forward to making projects on my Onefinity. My old 3018 did a great job for what it was capable of. But this machine is much bigger, sturdier and faster. Here’s the Onefinity going through a homing cycle.
My new CNC machine – Onefinity Woodworker X35 – is on order and requires a router. The Onefinity is designed to work with the Makita RT0701C compact router so I ordered one and it arrived today. It has a 1.25 HP 6.5 amp motor with variable speeds from 9,000 to 30,000 RPM and comes with a 1/4 inch collet. I have a small number of 1/4 inch bits but I will also be getting a 1/8 inch collet so I can use the 1/8 inch shank bits I already have.
I plugged it in and gave it a spin. It seems to work just fine. I’m getting close to being ready for that Onefinity Woodworker to arrive.