Drill Technical Specifications: Difference between revisions
Jump to navigation
Jump to search
| Line 17: | Line 17: | ||
*MIG casting for parts | *MIG casting for parts | ||
*Desktop Foundry for parts | *Desktop Foundry for parts | ||
=Links= | |||
*[[OSE Incentive Challenge]] | |||
=Production Engineering= | =Production Engineering= | ||
*Print your own case | *Print your own case | ||
Revision as of 14:05, 4 April 2019
Advanced Features
- BLDC motor with power management
- Usable as a milling head for circuits in the Universal Axis CNC system - has a mount for attachment as a milling head. Thus it features a spindle system as one attachment for a working head
- Decoupled motor and gearbox for speed variation
- 3D printed belt or 3D printed planetary gears
- On setting for constant on
- Low power setting for long life on a Saturday ngle charge, such as for milling
- Plug-in able for direct corded operation; optional wallwort, 5A or so
- 24V for high power
- Stackable battery pack
- Battery belt for EVs and scalable power
- Eventual hydrogen or steam power source
- Solar charging option
To be determined for Feasibility
- Zinc coated plastic for body-integrated circuits to simplify wiring
- 3D printed wire channels to simplify wiring
- MIG casting for parts
- Desktop Foundry for parts
Links
Production Engineering
- Print your own case
- Print your own shipping case
- Print your own belts and geardown
- Starts with filament maker and grinder from scrap
- Bootstrappable, low cost production engineering
- Involves desktop Foundry for small parts including extruders to start from scrap aluminum, zinc, plastic.