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Advanced Tools for Physiology Research

Hugo Sachs Elektronik GmbH, part of the Harvard Bioscience family of companies, provides advanced tools for animal physiological research.

With a strong history of innovation spanning over six decades, we are an industry leader in providing state-of-the-art isolated organ and tissue perfusion systems as well as signal amplification and collection devices and software for physiological measurements. Over this time, researchers worldwide have published hundreds of seminal papers covering both basic principles and experimental techniques, providing a portfolio of valuable research tools for today’s scientists.

  


Highlighted Products



IH-5 Core System for Isolated Rat, Guinea Pig and Rabbit 

Hugo Sachs’ IH series of isolated heart perfusion systems is the gold standard for cardiac physiology measurements in both retrograde heart perfusion (according to Langendorff) and working ejecting heart perfusion (according to Neely) modes. Systems avaialble for sizes ranging from small rodents to small domestic pigs. 

Our systems are modular in design, providing the flexibility to tailor a system to fit your research needs. Core systems can be supplemented with a comprehensive range of application-specific additions and options. Our product line is backed by an experienced technical support team of physiology specialists.



IPL-1 Core System for Isolated Mouse Lung

Hugo Sachs’ IPL Series of isolated lung perfusion systems are designed to enhance the ease of acquisition and quality of data for researchers in pulmonary physiology.

These modular systems provide a full range of in-depth respiratory mechanics and are tailored for specific species from mouse to pig. Systems begin at basic perfusion and ventilation. The addition of measurement devices, signal conditioning equipment and data acquisition software provide a superior solution for virtually any study. Building your system is as simple as selecting the core system for your lung model and then adding various options to suit the particular needs of your study. 


Click here to learn more about Hugo Sachs Solutions





Combine DSI's Powerful Ponemah Software With Hugo Sachs Isolated Organ Systems to Obtain a More Complete Picture


Isolated Heart 6slot ACQ_LR

Ponemah is a complete physiologic data acquisition and analysis software platform used to confidently collect, analyze, and quickly summarize study data. Collect isolated organ signals from the Hugo Sachs Systems using Ponemah's ACQ-7700 digital signal conditioners for stable, accurate calibration and acquisition. Engineered for precision, Ponemah ACQ-7700 are designed to give you high quality, reproducible data. Ponemah amplifiers provide 16 bit resolution across all gain ranges to capture subtle changes even from the smallest of signals. Individual channel filters and low noise design yield minimal channel cross-talk and signal noise. Versions available for GLP and non-GLP labs.







Discover More Research Solutions Offered by our Sister Companies Below




 PanlabPub

Behavioral research solutions including mazes, operant conditioning, video tracking, activity products and more. 


Biodroppub 

Tools for Improved Measurement of Microliter Sized Samples of DNA, RNA, Oligos and Proteins


biochrom 

 Instruments, Specialty Electrodes and Accessories for Electroporation and Electrofusion


BTX

 Instruments, Specialty Electrodes and Accessories for Electroporation and Electrofusion


CMA Pub

Microdialysis Instruments and Consumables for Basic Research and Optimized, Accelerated Drug Development


HA Logo Wide HBIO Tagline

Programmable Syringe Pumps, Pressure and Volume Controlled Ventilators' and Specialized Bioscience Research Products 

MCSTransparent

Electrophysiology Solutions for In Vitro and In Vivo Recording with Microelectrode Arrays, and Wireless/Tethered In Vivo Recording Systems


Hekatransparent

Instrumentation and Software for Applications in the Fields of Electrophysiology and Electrochemistry


Warner Transparent

 Biomedical Devices for Electrophysiological, Cellular and Neurological Sciences