The final size of the panel we’re making is 90 mm wide and 223 mm long. This is slightly larger than a standard 5U rack panel. We’re deviating from the standard as it’ll make layout a lot easier when transferring the dimensions into Sketch^. You are free to choose whatever size fits your project.
^5U is 8.75 inches according to the Rack Unit standard. Half of this would be 4.375 inches which translates to 111.125 mm. I wasn’t keen to deal with eighths of a millimeter in my design, so I chose metric. 🙂
Step 2 – Rough component layout
Now that we know how big our panel is going to be, we’ll cut a paper template at 1:1 scale. This lets us use real parts to get a feel for spacing and how they’ll work together. Our faceplates have 10, 1/4″ sockets, and five potentiometers.
We’ve spaced our sockets 22 mm apart vertically, and 28 mm horizontally. The potentiometers are 33 mm apart vertically, and spaced about halfway between the panel horizontally. Feel free to experiment with your part layout – it’s entirely up to you.
Once we’re happy with the layout, we can take some notes on the positioning of the parts. Our goal is to transfer these measurements into Sketch in the following steps, and ultimately into our CAD/CAM software.
Step 3 – Initial Sketch setup
We’re likely to create multiple panels given we’re designing for a modular synthesizer, so we’ll use an artboard for each panel. This will allow us to utilise the power of Sketch to easily re-use common components, and make export and printing easier.
Sketch doesn’t support millimeter units, so we’ll work in pixels. We’ll set our artboard size to 900 by 2230 pixels. Our panel size is 90mm wide and 223mm long, so we’ve got a 1:10 millimeter to pixel ratio.
Step 4 – Drawing the panel border
We’re going to keep our panel simple, and draw a border around the outside to tie all the components together. We’re using a black Rounded Rectangle, with a width of 10 pixels.
Once we’ve drawn the border, we send it to Symbols so we can reuse the same border on other panels.
Step 5 – Layout of the jacks
We’re going to use a similar approach for the jacks. We’ve created a single jack, then sent it to Symbols. This will allow us to insert further jacks using the same setup in a different location on our panel.
We then insert copies of the jack into our artboard, corresponding with the locations we determined in Step 2. The 1:10 millimeter to pixel ratio allows us to get very precise with the location of these elements. We can also add Sketch rulers on the jack center points to help with alignment.
Step 6 – Layout of the dials
Layout of the dials is also very similar to the jacks. We first create the dial as a single element, then send it to Symbols. We can then insert the symbols where we need them.
To create the indicators on the dial, we’ve used theRotate Copies function to create the correct number of divisions. We create all indicators for a full 360 degrees, then remove the ones we don’t want towards the bottom. Rather than go through the process here, Smashing Magazine has written a great tutorial on how to use this function properly.
Step 7 – Finishing touches
To finish up our design, we’ve added a header and footer. We’ve also added alignment markers in each jack and dial cutout which will help when printing the panel onto aluminium. We’ve also created panels of 1U width which can be seen below.
Try it for yourself
All of these files are available on my GitHub page. I’ve included everything you see above, including all panels and Symbols. All panels are meticulously organised with groups and named correctly.
In our next installment, we’ll go through creating this same panel layout in Carbide Create, ready for cutting on the Shapeoko.
If you use any of these panels in your own projects, please drop me a line. I’d love to see what you get up to! 🙂
With a number of projects in the wings it was time to build a custom workbench in my garage. My requirements for a bench were pretty simple:
Solid – Easily support a fully loaded CNC machine, power tools and several boxes filled with bolts and hand tools.
Big enough for a CNC machine – I can get 600mm x 900mm sheets of MDF from my local Bunnings so used this as a guide to the final size. Three of these sheets side my side would give me 1800mm x 600mm of bench space.
Cheap – My budget for the bench was no more than $150. This meant structural pine and MDF were the materials of choice.
Customisable – The ability to modify the bench down the track was important. If I need to hang a tool I could just add a hook easily.
Well lit – Enough lighting to easily see what I’m doing as well as shoot video and take photos of my projects.
Comfortable – I’m sitting all day at work, so wanted to try a standing desk. I’m about six foot tall, so wanted a bench height of around one meter. I also wanted some nice flooring that I could stand on to get my feet up off the concrete.
Why not just buy a bench?
There’s nothing too crazy about my requirements, so why didn’t I just buy a bench? Well, there’s a few reasons:
I wanted the bench to me mine – built to my exact specification.
Building things from scratch is a lot of fun. 🙂
I started the process by researching existing bench designs. I really liked this design which looked like something I could build easily, and would scale easily to my space requirements.
I can buy 600mm x 900mm MDF sheets from my local Bunnings, so I used this to my advantage to minimise the amount of cutting required. I settled on several different storage areas for my bench:
Top – Made from three 600mm x 900mm MDF sheets. Total area: 1800mm x 900mm. This area will be my main workspace.
Bottom – Made from two 600mm x 900mm MDF sheets. Total area: 1800mm x 600mm. This area will be for storage of tool boxes, and my vacuum.
Shelving – Made from one 600mm x 900mm MDF sheet cut in half lengthwise. Total area: 600mm x 900mm. I’d be making two of these shelves.
This stage consisted of some very crude sketching on paper, and working out how long I’d need to cut my pine. Given the width and length of each work area was known, this was just a matter of working out how tall to make the bench and working backwards.
I wrote up a cutting list and calculated the amount of wood I’d need from Bunnings. My list included:
16 lengths of 2.4m x 90mm x 45mm structural pine. I wanted this to be strong.
10 sheets of 600mm x 900mm x 12mm MDF.
Several hundred 60mm self-tapping chipboard screws.
I drive a station wagon, but even that wasn’t large enough to safely transport 16 lengths of pine, so I made two trips. Conveniently, my local Bunnings is just three minutes down the road.
Cutting the pine to length
With my design planned out and my cutting list ready to go, it was time to cut some pine. My trust Triton workbench was up to the task – configured in ‘drop-saw’ mode, the bench made cutting of the pine to length pretty straight forward. I couldn’t imagine doing this with a hand saw!
Construction – The frame
The actual construction of the bench was probably the easiest part. With my wood already cut to length and carefully measured, this step was a matter of just screwing the front and side pieces together, and getting the noggins (the middle support pieces) in the correct place. You’ll notice in the first picture I’ve got double noggins – this is so I can easily screw the edges of the MDF sheet to the frame easily, and to add a little more strength to the top surface. The bottom surface is recessed by 300mm to allow standing at the desk without bashing my shins.
Construction – The top and bottom surfaces
With the main frame completed it was time to add the top and bottom surfaces. This was actually pretty tricky as the bench was the correct size of 1800mm x 900mm but the MDF sheets we’re not a perfect 600mm x 900mm. This totally ruined my plan of simply ‘screwing them down’ and required quite a bit of finessing to get the sheets in the correct location. Each top sheet has 16 screws holding it in place, which is probably about 8 too many. 🙂
A quick run around the outside with a flush mount router bit (not pictured) brought the top surface to the correct dimension.
Construction – Shelving
With structural pine coming in standard lengths of 2.4m, I used this opportunity to just add another shelf at the very top of the bench. This seemed like less work then having to cut the 2.4m lengths to size. This decision required a little more cutting (and another trip to Bunnings) but I felt it was a good time to make that adjustment.
You can see from the last photo that the bench is very tall. The top shelf is unreachable whilst standing at the front of the bench, so it’ll be mostly used for storage of lesser used items.
You can also see the black ‘rubber’ flooring that I’ll be using. This stuff is pretty cheap at around $10 to cover one square meter. I bought eight packs which should be enough to cover the majority of workspace underneath my feet, as well as make a path to the interior garage door into the house.
Construction – The back panel
I had a few problems with this stage of the process. I could have just screwed two lengths of pine to the back and called it a day, however I wanted something a little more ‘robust’ that would reduce the amount of lateral flex that the desk was experiencing from the sides. I decided to just duplicate the top of the bench and made another 1800mm x 900mm frame, complete with MDF panels. This did take a while and I was itching to get started on my next project, however it was now or never.
This reduced the amount of lateral flex in the bench considerably, however significantly added to the weight.
Power and lighting
For powering the bench I simple screwed 2 x 4 outlet power boards to either side of the bench. The power boards I used also have surge protection as well as 4 1.5A USB ports which may come in handy down the track.
For lighting, I first brought an LED florescent housing, however I returned it to Bunnings after realising I’d need an electrician to install it. No thanks.
The LED strip lighting I settled on wasn’t cheap at around $75. However it’s extremely bright and 10m was enough to install two rows around the inside of the top surface, as well as some lighting in the storage area underneath.
The final result
After a few weeks of work, several hundred dollars in materials, and more than a few trips to Bunnings, the workbench was complete and ready for action.
Also pictured on the bottom shelf is a sneak preview of my next project. 😉
Building this workbench was a very rewarding experience. It’s extremely solid, and can easily support my weight whilst standing on it’s top surface (not that I plan on standing on it often). Some lessons I’ve learned along the way include:
Most structural pine is not straight – I brought around 5 lengths of pine that just weren’t straight. This made constructing the frames themselves quite difficult. Even though I now get strange looks from Bunnings staff, I check to see each length of pine is straight before purchasing. Don’t settle for less than straight! 🙂
Pre-cut sheets of MDF will be oversize – Some sheets I brought were up to 6mm oversized in both dimensions.
I needed way more screws than expected – I went through around 200 screws in the construction of the bench.
Two drills makes this easier – One drill to drill the pilot holes and one to drive in the screws. Not such a problem with the pine, but for the MDF this sped up the process considerably without having to change bits every few holes.
I could have saved time with a single 1800mm x 900mm sheet – I’m not convinced this would have fit in the back of my car but it would have reduced the amount of screwing and measuring required for both the top and back panels.
Soldering upside-down is hard – Soldering the LED lighting strip lengths together after installing them was a poor decision.
A hosted WordPress blog is awesome – I’m extremely happy with the hosted blogging process thus far – especially the way hosted WordPress handles image uploads and gallery generation. This resonates well with my desire to spent less time managing the blog and more time making.
My workbench is now ‘complete’ and is ready for the next project, the Shapeoko 3 CNC machine.
After years of procrastination, LukeLabs has a shiny new home at LukeLabs.com. My last blog was hacked, partly due to the number of steps required to secure a WordPress blog properly, partly due to shitty web hosting.
This time around I want to spend less time managing the system(s) I use to write about my projects, and more time working on the projects themselves. For this reason I chose to simply host on WordPress.com with a custom domain for the low price of ~$50 AUD a year. That’s a bargain when you consider the cost of managing the infrastructure yourself.
Some options I considered include:
Static site generators – I tried both Jekyll and Hugo but just didn’t like how much work was required to get them running to my liking. This would also have required building a deployment process and managing the assets myself via a CDN.
Running WordPress inside Docker containers – I manage a WordPress installation as my day job so have the resources to get this running, but it’s cost and time prohibitive when you consider the number of moving pieces required for a highly available setup.
Running WordPress on an AWS EC2 instance – Poor value considering the cost of even the smallest EC2 instance.
What else has changed?
I keep telling myself this time will be different. I have plenty of good ideas for projects and have removed the constraints getting in the way of actually starting (and finishing!) them. Past constraints have included:
Space – I now have a double garage with an entire side dedicated to project workspace. I’ve also got plenty of space inside the house if needed.
Tools – I’ve recently purchases a Shapeoko 3 CNC machine which will unlock a lot of new projects. Having space also means I can use the table saw with less fluffing around.