More on the bench
Next tools are being sketched out below.
See the roadmapFree, no-signup tools for hobby CNC routers. Flatten a slab, turn text into toolpaths, grab the G-code, and get back to the shop.
Enter your stock and bit, preview the toolpath, download. New tools land here as they're built.
Surface a warped slab or your spoilboard. Set stock size, bit, stepover and depth per pass, simulate the run, and get a clean raster with overshoot handled for you.
Single-line, cursive or bubble letters for a pen, marker, V-bit or laser. Any size, from a letter page to a whiteboard note on a 5×10 table.
Type a message, pick a retro dot-matrix look, and get G-code for a pen plotter. Comes with a pen-up frame check so you know it fits.
A small game that teaches G-code. Walk a pen around a grid with G0, G1, arcs, Z and G91, ten levels from first steps to plotting a house.
Add N10, N20, N30… to a G-code file, renumber a messy one, or strip the numbers out. Optional cleanup of comments and blank lines.
Threaded-insert hole grids, counterbores, T-track dados and keyhole T-slots, plus engraved rulers and labels. Any size, G-code or SVG, save and load your layout.
Cut a labelled strip of holes that step up in size, find the one your threaded inserts grip best in your material, and send it to the Spoilboard Generator.
Next tools are being sketched out below.
See the roadmapIdeas for what's next. Order and scope will change as I build.
Starting RPM, feed and chip-load for common bits and materials.
Drop in a file, see the toolpath and spot problems before you cut.
How long will this program actually run? Paste G-code, get an estimate.
Corner relief sizing for joinery that actually fits together.
V-bit depth and offset math for tight inlays.
Finger joints sized to your bit and stock, with the fit allowance built in.
// no promises, just a to-do list with good lighting
A hobby project built to be useful first. The tools stay open and usable without an account.
Sensible defaults for hobby routers and desktop machines, not factory floors.
Preview the toolpath, run a simulator, then air-cut. Always. Your machine and your fingers will thank you.