Handibot: A 3D Milling and Carpentry Robot That Does the Work for You

Technological advancements in the 21st century have reached a point where even carpentry may be automated on a household level. Handibot is exactly what its name implies: an electric handyman who precisely cuts, drills, and carves; so instead of learning these skills yourself, you can allot your spare time to learning how to use computer automated design software. Handibot is an excellent companion tool for home builders, product developers, small manufacturers, inventors, students, educators, and anyone with a DIY attitude.

A smart tool
Handibot is a new kind of digitally controlled automated machining tool; a portable version of industrial CNC (computer numerically controlled) equipment. CNC equipment automates labor by interpreting CAD (computer-aided design) files and then performing the necessary machining operations; nevertheless, CNC is too massive for home use. Handibot was designed around the notion of consolidating carpentry functions onto a portable power tool that can be carried directly to the work site. While 3D printers create objects by stacking layers of material, Handibot uses a subtractive process to eliminate materials; much like a 3D mill – or conventional carpentry.

Handibot can carve elegant roof rafters

The device can be put to work on the floor, wall, ceiling, table, or anywhere you need to cut, drill, and carve. Simply select the designated shape and dimensions using special apps, and press start to begin.

Empowered by software
The milling and machining capabilities of Handibot are quite advanced; the tool cuts arcs, curves, 3D forms, and complex shapes with ease. A range of applications will dictate the specific task to be done. Rather than juggling a set of multiple tools, the Handibot will serve as a centralized, all-in-one platform.

The only thing you need to do other than placing Handibot in a starting position, is to purchase and download apps catering to your specific requests. If you wish to pocket-out holes along a two by four, simply buy the app, input the diameter and depth, click the load button to transfer information from a mobile device to the Handibot, and squeeze the “start” button to begin. You’ll have pocketed holes in no time, without even needing to know almost any carpentry. These apps will serve as a sort of playlist of features than can be selected and configured for each individual job.

Adaptable to different work areas
Readjusting Handibot to a project outside of its initial work area is very easy to do too. Using a system of clever jigs, one can index or register the tool across a larger surface. Options include either low-tech manual fixtures, or an automated registration system running off of the Handibot’s ability to control additional motors.

Tool specs
Handibot features a step resolution of 0.00025 inches, allowing it to balance precision, for fine engraving or circuit board production, with enough power and rigidity to cut machine aluminum and construction. The work envelope measures 6 (x axis) by 8 (y axis)by 4 (z axis) inches, and the device uses motors with integral, precision-coated lead screw with anti-backlash tech on each axis and electrical components measuring 120 V at 15 A. Lastly, each Handibot includes a free ShopBot Control System software to run it, and a 1.25-hp Makita router with a ¼-inch collet.

To learn more about Handibot, visit its Kickstarter page.