BIOPAC Systems, Inc.
BIOPAC Systems, Inc. is a leader in providing comprehensive solutions for life science data recording and analysis. The company offers a wide range of products and services designed to measure human and animal physiology in various environments, including labs, MRI settings, and real-world scenarios. With a focus on high-quality data acquisition and analysis, BIOPAC supports researchers and educators worldwide in obtaining reliable and meaningful scientific data.
BIOPAC Systems, Inc.
What We Do
BIOPAC provides integrated systems for physiological data acquisition and analysis, supporting a wide range of research applications from simple to complex protocols.
BIOPAC offers teaching systems that enhance lab experiences and empower students with hardware, software, and curriculum designed for life science education.
BIOPAC provides tools to understand human reactions and decision-making processes, helping improve products, services, and communications.
A 16-channel core system with high-level transducer interface module and AcqKnowledge Software, suitable for various applications.
Wireless, wearable physiology systems that record or log full bandwidth data in lab or real-world settings.
A cost-effective 4-channel system with built-in universal amplifier and AcqKnowledge 5 software.
The Dual Wireless Respiration BioNomadix module pair consists of a transmitter and receiver matched pair specifically designed to measure respiratory activity.
The Dual Wireless Respiration and ECG BioNomadix module pair consists of a matched transmitter and receiver pair optimized for respiration and ECG measurement.
The Dual Wireless Skin Temperature BioNomadix module pair consists of a matched transmitter and receiver to record one or two channels of skin temperature.
BioNomadix Dual-channel Wireless Heel and Toe Strike Transmitter & Receiver Pair for measuring heel and toe strike activity.
The ECG100C-MRI Electrocardiogram Amplifier records electrical activity generated by the heart and will reliably record ECG from humans, animals and in MRI settings.
The EDA100C-MRI measures both the skin conductance level (SCL) and skin conductance response (SCR) as they vary with sweat in MRI settings.
The EEG100C-MRI Electroencephalogram (EEG) Amplifier amplifies bioelectric potentials associated with neuronal activity in MRI settings.
The EMG100C-MRI Electromyogram Amplifier amplifies general and skeletal muscle electrical activity in MRI settings.
The NICO100C-MRI Impedance Cardiography (ICG) Noninvasive Cardiac Output Module for MRI records specific parameters associated with cardiac output.
OXY-MRI is a stand-alone system for adult human pulse oximetry (SpO2) in the MRI; it can also be used with a BIOPAC Research System.
The PPG100C-MRI Photo Plethysmogram amplifier operates with the MECMRI-TRANS MRI cable/filter set and the TSD200-MRI for MRI settings.
Includes jumper wire kit, capacitors, resistors, diodes, and integrated chips (ICs), with extras in case students misplace a component.
This breadboard is required for BSL PRO Biomedical Engineering Lessons, such as ECG Signal Processor Lesson Set H25-H26 and H40 EMG-Controlled.
BioNomadix Logger and one transmitter for wireless dynamometry & EMG, clench force transducer, 30 cm leads & disposable electrodes, plus Impedance Checker.
EPOCH implantable wireless ECG system with MP200 System for long-term monitoring of pups, mice, or rats.
Digital Health Technologies
Application Area
Psychological and Cognitive Health and Performance
Battlefield Resuscitation
Services
News & Updates
BIOPAC is hosting a free webinar on February 27, 2025, focusing on tools for studying driver psychophysiology.
BIOPAC Systems is excited to partner with Seenel Imaging to announce a groundbreaking wearable neuroimaging device for neuroscience research, MedelOpt.
BIOPAC Systems Inc. is partnering with SEENEL IMAGING for a training on multimodal and systemic physiological augmented (SPA) fNIRS and EEG.
In this webinar, we will present this new technology that allows researchers to create virtual reality experiments and integrate fNIRS and physiological data.
Dr. McKendrick and his team at Northrup Grumman have developed a generalized workload classification system which provides real-time guidance for helicopter copilots for preflight checks and emergency procedures.
Free Webinar: Data Collection in fMRI, including ultra-high field environments: unique issues/problems with acquiring psychophysiological data in human MR environment and how to overcome them.