We're so glad you’re reading this ode to fixturing. Why? Because fixturing your material to the machining bed is one of the most important steps of using the fast, easy, and reliable Bantam Tools Desktop PCB Milling Machine. Fixturing, also known as workholding, is the means of securely attaching your material to the machining bed. Fixturing unlocks a whole world of good stuff, ensuring that you maximize the high level of professional precision the Bantam Tools Desktop PCB Milling Machine affords you.
There’s a fairly new electronics publication called Diyode across the pond in Australia, and apparently, it’s “the first new magazine supporting electronics enthusiasts and makers that Australia has seen in 30 years.” Issue #8 just came out, and we’re thrilled that they did an in-depth review of our Bantam Tools Desktop PCB Milling Machine and loved it.
Adafruit's super-talented Collin Cunningham shared a great how-to for making custom pins using copper PCBs as the base material—double-sided, copper-clad FR-4 boards, to be exact. Collin used not just any mill, but our reliable little PCB mill to make the project. We got a sneak peek at these neat pins in our recent roundup of community builds.
With the wealth of materials our Bantam Tools Desktop PCB Milling Machine can handle with ease, the potential of what you can make is endless, but the area where our small-but-mighty mill shines the brightest is in milling PCBs. After all, PCB is our mill's middle name. We put professional precision and reliability directly on your desktop, so the rate at which you prototype is only limited by your imagination, not the return rate of the board house you use. To boot, we've got you covered with a full library of support guides, detailing all aspects of milling PCBs. Here we offer an overview of our PCB-specific guides.
Over on Hackaday.io, Burbank Makerspace cofounder Metalnat Hayes is sharing the trials and tribulations of designing and fabricating a no-code custom controller infrastructure for mobile devices as part of his Supplyframe DesignLab residency.
We’re excited to share today’s release of Otherplan Public Beta 0.28. In this release, we’ve added a new feature that helps you choose tools for PCBs, support for the new Othermill Pro, a firmware updater, and much more. Download it now or read on for the details.
What if I told you that you could mill precise PCBs in a fraction of the time, increase trace precision, and essentially eliminate the experience of breaking bits? Starting with version 0.27, the Otherplan Public Beta makes this possible with a new feature: engraving bit isolation milling.
Otherplan 0.27 set up to mill an Arduino Pro Mini with 30º Engraving Bit and 1/32 inch Flat End Mill
This month’s Otherplan release improves one of the most important aspects of the PCB milling process: speed! Get Otherplan Public Beta 0.27 for Windows and Mac now or read on for all the details.
It’s here! This month’s Otherplan Public Beta release includes one of the top feature requests from Windows users: support for milling double-sided circuit boards. Download version 0.26 now, or read on for all the details.
This post provides an overview of how to design and prototype printed circuit boards on a desktop CNC mill. Most students do not have access to a CNC mill in their electrical engineering or electronics classes. In most classes, students make circuits using breadboards, which allows them to make connections by plugging wires and components into a grid. This method is great for very simple circuits, but it quickly becomes messy as circuits increase in complexity, to the point where it becomes very difficult to troubleshoot.