A new open source project called “SuckN’CutY” makes it possible to build a hair clipper with 3D-printed components. The system uses a standard vacuum cleaner to pick up the cut hair and is designed for different hair lengths.
The project developed by the YouTube channel tinker.fun consists of several 3D-printed components, an N20 DC motor with gearbox and modified scissors. The motor drives the scissors via a mechanism, while the connected vacuum cleaner sucks up the cut hair directly. A 9-volt battery compartment supplies the necessary energy for the drive.
The technical implementation is based on a deliberately simple design without complex bearings. Various attachments enable cutting lengths of between 30 and 40 millimeters. The motor is controlled via a simple switch and the speed is around 300 revolutions per minute.
Particular attention is paid to the modularity of the design. Makers can develop their own attachments for different cutting lengths or modify existing components. The design files are available to download free of charge from MakerWorld.
In addition to the 3D-printed parts, assembly requires standard electronic components and fastening materials. A detailed parts list and exploded drawings make it easier to reproduce the parts. Fine adjustment of the scissors and precise setting of the motor system are crucial for functionality.
The complete documentation with assembly instructions and video tutorial can be seen in a YouTube video by tinker.fun:
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