BIOPAC® Systems, Inc. Logo

H40 EMG-Controlled Robotic Arm

EMG Robotic Grip

The H40 lesson set guides students through breadboard circuit design to ultimately control a simplified robotic “arm” using their own EMG signals. The lesson set contains 10 individual labs, designed with the next generation of students in mind. A “pre-lab” provides background information on breadboard basics to ensure an easy start for students from a variety of disciplines—life science, engineering, physics, etc.

Labs are structured with active learning principles that guide students through designing the robotic arm from the ground up. Each lab has specific learning objectives and an accompanying Data Report with analysis questions and activities that check understanding; tolerances for reported measurements are included for easy verification. Students and instructors may also refer back to the Appendix, which includes additional information on the equations used, user software interface, graph template settings, and a glossary that defines the scientific terminology used throughout the lesson set.

This Robotic Arm Lab Set is a comprehensive introduction to robotics and signal processing that bridges biology and engineering. Students read and translate the schematic onto the breadboard and become familiar with circuit design and practical issues with construction and testing.

Experimental Objectives

Tasks Performed by the Student

Videos

H40 EMG-Controlled Robotic Arm Lab

H40 EMG-Controlled Robotic Arm Lab 1

H40 EMG-Controlled Robotic Arm Lab 2

H40 EMG-Controlled Robotic Arm Lab 3

H40 EMG-Controlled Robotic Arm Lab 4

H40 EMG-Controlled Robotic Arm Lab 5

H40 EMG-Controlled Robotic Arm Lab 6

H40 EMG-Controlled Robotic Arm Lab 7

H40 EMG-Controlled Robotic Arm Lab 8

H40 EMG-Controlled Robotic Arm Lab 9

Lesson Hardware

The BSLBME-ROBOT-HW kit includes all required hardware for building the EMG Robotic Arm using the BSL PRO H40 Lesson Set with an exisiting MP36/35 running BSL 4.1 or higher.

BSLBME-ROBOT-TA includes all of the components in BSLBME-ROBOT-HW except SS39LB Signal & Power Cable and SS60LB Input Cable. It can be used to add additional workstations...students build their own breadboard and then use shared SS39LB and SS60LB cables to power and test their build.

Digital Voltmeter (DVM) Power busses are measured using a lab-standard digital voltmeter (DVM) at the start of each lab. If your lab does not have DVMs available, you may skip this step.

ItemNameCart
BSLBME-ROBOT-HWRobotic Arm Lab SetAdd to Cart
BSLBME-ROBOT-TARobotic Arm Lab AccessoriesAdd to Cart
Spotlight On
Buy MP41 with BSL

Practical Lab Kit with BSL 4 & MP41

BSL Home enables students to safely conduct hands-on physiology labs wherever they are! Purchase this complete lab solution to preserve practical lab experience! Includes MP41 Unit+Lead Set with BSL Home software, EL503 electrodes, WRAP1 self-adhering wrap for EEG lessons, and disposable 9 V battery. For instructors—BSL Home makes it easy for instructors to continue running practical […]

View All
Latest News

New Citations | Respiration Analysis and More

Comparing Diaphragm Tissue Between Healthy and Ill Patients The human diaphragm is one of the primary muscles used in respiration, contracting and expanding to control breathing. To measure how much diaphragms move for critically ill patients (in an Intensive Care Unit) compared to diaphragms in a healthy subject, patients at “Papageorgiou” General Hospital in Thessaloniki, […]

BIOPAC Systems Helps STARK Industries Launch VITAL Ventilator for NASA JPL

BIOPAC’s ventilator testing equipment and expertise supports STARK Industries’ effort to manufacture, validate, and test NASA JPL’s VITAL Ventilators Goleta, California – June 16, 2020 BIOPAC Systems, Inc. announced a partnership with STARK Industries, LLC to provide ventilator validation and testing equipment for the mass production of ventilators. STARK Industries was awarded a global license […]

Read All
Request a Demonstration
Request a Demonstration