Harvard Apparatus, Inc.
Bldg. 7
Holliston, MA 01746
Syringe Pump serves high-pressure applications.
High-pressure infusion/withdrawal programmable pump, PHD ULTRA 4400, delivers 200+ lb linear pumping force with accurate and smooth flow from 3.06 pl/min to 215.8 ml/min. Available in standalone, remote, satellite, and OEM models, pump offers adjustable force and color LCD touchscreen with icon-based interface. Display and mechanism support horizontal/vertical orientation, while footswitch input,...
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Syringe Pump suits constant pressure applications.
Coupling to virtually any pressure transducer/amplifier with 0-10 V output, PHD ULTRA(TM) CP Syringe Pump delivers fluids with applied force up to 1,000 lb with less than -
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Bioreactor aids stem cell derived hollow organ generation.
Used for tissue engineering and regenerative medicine research applications using hollow organs, InBreath Whole Organ Bioreactor is precision engineered for cell seeding and culturing on both intraluminal and extraluminal surfaces of tubular matrix. Polymer-based culture chamber houses scaffold and culture medium for entire duration of procedure. Cell/scaffold construct is rotated at adjustable...
Read More »Flow Control Software manages syringe pumps.
Run on PC, FlowControl(TM) offers flexibility to manually control single or multiple syringe pumps or operate them automatically via user-created single- or multi-step Methods. Software can display all pump operating parameters and also lets users store multiple Methods by name. Also, functionality covers graphically tracking pump progress, logging data, and storing Method information. Methods...
Read More »Capnograph targets mice and other small rodents.
Providing continuous measurement of end-tidal CO2 through infrared spectroscopy sensor, Type 340 Capnograph is suitable for breathing ranges from 0-300 bpm. Data is displayed in real time; and with analog ports, data can be collected simultaneously with most commercial data acquisition systems. Optional flow heads expand Capnograph to measure Peak Inspiratory and Expiratory Flow, Peak Inspiratory...
Read More »Cell Culture Stimulator prevents de-differentiation. .
Designed for chronic stimulation of bulk quantities of cells in culture incubators, multi-channel C-Pace EP emits bipolar stimuli. In addition to standard pacing protocols, EP has flexible pacing protocols for arrhythmia, exercise, and irregular pacing. Advanced TTL triggering allows switching to next programmed pulse train. C-Pace EP enables treatment of cells in native environmental conditions...
Read More »Pulsatile Blood Pumps feature autoclavable pumping head.
Designed to simulate ventricular action of heart for testing heart valve designs, Pulsatile Blood Pumps are available in 4 models ranging from Mouse/Rat version, which can circulate up to 200 mL/min, to Large Animal model, which circulates up to 10 L/m and can simulate human capability. Controlled via 0-10 Vdc signal, pumps can interface with computer to generate advanced cardiovascular waveforms...
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Optical Biosensors detect pH, CO2, and O2.
Fluorescence-based Optical Biosensors measure typical blood gas parameters in tissue engineering, organ perfusion, and general physiology applications. Units are inherently self-referencing, eliminating potential for measurement error arising from changes in sample properties over duration of experiment. Shipped pre-calibrated, USP Class VI-certified sensors are completely sterilizable and...
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Cooled Cell Injection System increases cell viability.
Footswitch-activated NanoCool Cell Delivery System delivers injections from 367.4 pL/min to 1.906 mLpm and provides up to 11 lb adjustable force. Programmable methods, up to 100 of which can be stored, enable automatic recall of entire cell delivery protocol. With preprogrammed bolus injection mode, users are only required to specify injection size and time of dispense. Maintaining cells at 18-
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IR Imaging Camera aids quantitative biological event assessment.
Operated in digital camera fashion, Infrared Contrast Imaging (IRCI) camera detects IR emission influenced in predictable way by surface composition, texture, chemical make-up, thickness, tonicity, and temperature. Emissions are interpreted as distinct color patterns on reported image, identifying physical and physiological features. This allows clear visualization of histological, physiological,...
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