eFlesh Magnetometer Board

The recommended PCB from the eFlesh Project for magnetic tactile sensing in robotic hands, arms, and grippers.

Important Notice:

Due to the current chip supply shortage, and in order to better support a larger number of research users, we are temporarily offering Package 1 only. Other discounted or bundled package options are not available at this time.

We sincerely appreciate your understanding and support. Please make your purchase according to your actual research needs. The current estimated shipping date is around March 20, and the exact timing will depend on the arrival of the chips. We will provide updates promptly if there are any changes.

📄 Product Description

Overview

This is the recommended magnetometer board for the open-source eFlesh Project, designed by the research team behind the 2025 paper:
“eFlesh: Highly customizable Magnetic Touch Sensing using Cut-Cell Microstructures” (arXiv:2506.09994).

Whether you're building a robotic hand, a soft gripper, or a tactile footpad for quadrupeds, this board is the heart of the eFlesh magnetic sensing system — capturing subtle magnetic field changes as your robot interacts with the world.

Key Features

✅ Recommended board used in eFlesh project experiments and demonstrations

🎯 High-resolution 3-axis magnetic sensing

🔌 Easy integration into 3D printed eFlesh sensor structures

💡 Ideal for plug-in tactile feedback in robotic systems

🧩 Fully compatible with the eFlesh open-source software and STL generator

🔧 Compact, lightweight, and designed for rapid prototyping

📦 Shipping Information
Orders ship within 3 days.
Shipping cost includes export processing fees from China and courier delivery to your shipping address.

❗ Please note:
Customs duties or taxes may be charged by your country’s customs authority and are not included in the shipping fee.

✅ Exception for U.S. customers:
Due to the current unusual tariff situation between China and the U.S., we offer a prepaid duties service for all U.S. orders. This means no additional customs charges for U.S. customers upon delivery.
We’re working to make similar solutions available in more countries soon.