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ABOUT BIOPAC

BIOPAC lets you measure physiology anywhere with innovative, compatible solutions that can be used by anyone for meaningful discovery. We make high-quality scientific tools for physiology measurement and interpretation with superior compatibility and world-class customer service and support.

History

BIOPAC was founded in 1985 and, with over 30 years of success, is recognized around the world as a premier choice for life science hardware and software.

Mission Statement

BIOPAC’s mission is to develop innovative, high quality, competitively priced life sciences educational and research hardware and software designed to meet customers’ needs.

Quality Policy

BIOPAC Systems, Inc., will continuously improve its products to better satisfy the needs of its customers and will deliver to them, on time and every time, defect-free products and services.

ISO 9001:2008 Compliance

The quality management system of BIOPAC Systems, Inc. has been assessed by NSF-ISR and found to be in conformance to the following standard(s): ISO 9001:2008.

Scope of Registration: Design and manufacture of educational and research computerized recording data and analysis systems including transducers, electrodes, amplifiers, recording accessories, software and curriculum materials for life science research communities such as universities, hospital facilities, pharmaceutical companies and research institutes.

Certificate of ISO Registration  

RoHS Compliance

BIOPAC MP160, MP150 Rev B only, MP36R, and MP36 data acquisition units are RoHS compliant and contain none or not more than agreed levels of the following substances: lead, cadmium, mercury, hexavalent chromium, polybrominated biphenyl (PBB) and polybrominated diphenyl ether (PBDE) flame retardants.

Statement of RoHS Compliance  

Intended Usage

BIOPAC Systems, Inc., instruments, components, and accessories are designed for educational- and research-oriented life science applications and investigations. BIOPAC Systems, Inc., does not condone the use of its instruments for clinical medical applications. Instruments, components, and accessories provided by BIOPAC Systems, Inc., are not intended for the diagnosis, cure, mitigation, treatment, or prevention of disease.

Requirements

The instruments, sensors, transducers, software and associated equipment are designed to meet the measurement and analysis requirements for most users. Modification may be appropriate to help a user achieve specific types of output. BIOPAC offers factory-installed enhancements or modifications for such needs. WE ENCOURAGE ALL USERS TO CAREFULLY CONSIDER THEIR DATA REQUIREMENTS AND WHETHER MODIFICATIONS MAY BE REQUIRED, AND TO CONSULT WITH OUR KNOWLEDGEABLE CUSTOMER SERVICE STAFF. We also suggest an initial pilot test of our equipment for any research project, to help identify modification needs. Our Limited Warranty describes our responsibility should you deem our product to be unsuitable for your needs.

Spotlight On
short, lightweight pinch leads

LEAD115 Lighter Lead Series

New series of unshielded 45 cm electrode leads with thin cable; suitable for facial EMG and other areas where lighter, shorter lead cables are required. Use for female Touchproof connectors to pinch clip connectors—connect electrodes to either a C-series amplifier or an MEC. The pinch connectors are light weight and the lead cable tinsel wire […]

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Latest News

BIOPAC T4 Physiology Conference Recap

Academics and professionals in the field of human physiology gathered at UCSB for the inaugural T4 Physiology Conference. BIOPAC coordinated the three day conference held in late July, which attracted attendees from 26 different countries. The attendees gathered to learn the latest tools, trends, techniques and technology used in life science measurement and interpretation. The […]

BIOPAC blood flow measurement devices recognized

Industry reporting firm medGadget recognized BIOPAC as a major market competitor in the global Blood Flow Measurement Devices market. BIOPAC hardware solutions for blood flow measurement include laser Doppler flowmetry and extensive online and offline analysis of raw blood flow data to take an array of calculations and measurements, such as Pulsatile max, Pulsatile Min, […]

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