This software and instructions are provided as is, without warranty of any kind. 🇷🇺 Перевод на русский, 🇩🇪 deutsche Übersetzung
Design lathe parts in the browser with LatheCode: start from sample shapes, dimensions, drawings, saved profiles, or STL meshes; preview the result in 2D/3D; then export STL or G-code for machining. It fits naturally with NanoELS and Modulathe workflows: design the turned profile, inspect the generated toolpath, and run or save G-code for your controller, with drafts and settings kept locally in your browser.
CNC and electronic lead screw controller based on ESP32-S3 that supports up to 3 axes:
- All the features of H4
- Cheaper and much easier to make than H4
- External PS2 keyboard
- High resolution touch screen
- More ports: joystick, MPGs, scales
See h5 folder for hardware files, software and assembly.
CNC and electronic lead screw controller based on ESP32-S3 that supports up to 4 axes:
- Automatic threads including multi-start
- Multi-pass turning, facing and cones
- Precise movements, soft limits and much more
See h4 folder for hardware files, software, assembly and usage manual.
Cheap DIY Electronic Lead Screw (ELS) based on Arduino Nano for metal lathes. No more greasy gear swapping! Control your metal lathe lead screw with a few clicks.
- Set leadscrew pitch for feed or thread
- Soft limits for the carriage
- Multi-start threads in 1 start of the spindle
See h2 folder for parts list, software, assembly and usage manual. Controller can be built from generally available components.
It's suggested to use STEPPERONLINE CL57T closed-loop driver with NEMA 23 3NM motor or stronger with 200 step resolution mode (full step) and a 600 PPR optical rotary encoder. See hardware.md for more info.
- Questions, problems and improvements: please start a new GitHub Discussion or a new Issue
- Successful builds: please start a new GitHub Discussion with photos and comments