3D Printed Mantis Clamp

A 3D printed print-in-place clamp with a dual-stage planetary gear system is an innovative tool designed to provide robust clamping force with high precision. The dual-stage planetary gear system, which typically features a 35:1 gear ratio, allows for significant mechanical advantage, enabling the clamp to exert strong pressure with minimal effort. This system consists of two sets of planetary gears working in tandem, where the first stage drives the second, amplifying the torque and ensuring smooth, controlled movement. The print-in-place design means that the entire clamp, including the complex gear mechanism, can be printed as a single piece without the need for assembly, making it both convenient and efficient to produce.

One of the key benefits of this design is its ability to maintain a firm grip without back-driving, meaning the clamp remains securely in place unless the dial is intentionally turned. This is particularly useful for applications requiring steady pressure over extended periods. The integrated gear system ensures that the arms of the clamp move in a synchronized manner, providing even pressure distribution. Additionally, the print-in-place nature of the clamp means that it can be customized to fit various sizes and shapes, making it a versatile tool for a wide range of projects. Whether you’re working on woodworking, metalworking, or other precision tasks, a 3D printed clamp with a dual-stage planetary gear system can significantly enhance your workflow.

Source: https://www.printables.com/model/48505-mantis-clamp