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84 October Hill Road
Holliston
MA
01746
United States
508-893-8999
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Private
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Harvard Apparatus was founded in 1901 by Dr. William T. Porter of the Harvard Medical School. Harvard Apparatus developed a name not only for quality but also for innovation. Harvard Apparatus invented the mechanical syringe pump in the 1950s and introduced the first microprocessor controlled syringe pumps in the 1980s. Today Harvard Apparatus continues this tradition with the most advanced, easiest-to-use programmable syringe pumps, the PHD 2000 series. Harvard Apparatus also developed first volume controlled- and then pressure-controlled ventilators, pulsatile blood pumps, transducers, amplifiers, recorders, glassware and many other specialized bioscience research products.
Harvard Apparatus is now part of the Harvard Bioscience family of companies. Harvard Bioscience (Nasdaq: HBIO) is a global developer, manufacturer and marketer of a broad range of specialized products, primarily scientific instruments.
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http://www.harvardapparatus.com
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Hand Held Respiration Monitor Product Literature
This is the newest addition to our line of animal monitors. This monitor is ideal for a wide variety of applications including surgery, pre and post operative montitoring as well as monitoring in the field. It’s small size makes it very portable so it may be easily taken from one lab to the next.
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EEG Electrode Cap Kit Product Literature
For reduced set up time and increased subject comfort, use the CAP100C when recording multiple EEG channels. The Lycra stretch cap holds nineteen imbedded tin electrodes closely to the subject’s head. Electrodes are pre-positioned in the international 10/20 montage, so even novice EEG researchers can minimize electrode placement errors. A ribbon cable (100 cm) fans out in the cap to connect to each electrode. The other end of the ribbon cable has a connector that plugs into a mating cable (25 cm
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EEG Electrode Cap- infant Product Literature
For reduced set up time and increased subject comfort, use the CAP100C when recording multiple EEG channels. The Lycra stretch cap holds nineteen imbedded tin electrodes closely to the subject’s head. Electrodes are pre-positioned in the international 10/20 montage, so even novice EEG researchers can minimize electrode placement errors. A ribbon cable (100 cm) fans out in the cap to connect to each electrode. The other end of the ribbon cable has a connector that plugs into a mating cable (25 cm
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EEG Electrode Cap - small Product Literature
For reduced set up time and increased subject comfort, use the CAP100C when recording multiple EEG channels. The Lycra stretch cap holds nineteen imbedded tin electrodes closely to the subject’s head. Electrodes are pre-positioned in the international 10/20 montage, so even novice EEG researchers can minimize electrode placement errors. A ribbon cable (100 cm) fans out in the cap to connect to each electrode. The other end of the ribbon cable has a connector that plugs into a mating cable (25 cm
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EEG Electrode Cap - medium Product Literature
For reduced set up time and increased subject comfort, use the CAP100C when recording multiple EEG channels. The Lycra stretch cap holds nineteen imbedded tin electrodes closely to the subject’s head. Electrodes are pre-positioned in the international 10/20 montage, so even novice EEG researchers can minimize electrode placement errors. A ribbon cable (100 cm) fans out in the cap to connect to each electrode. The other end of the ribbon cable has a connector that plugs into a mating cable (25 cm
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EEG Electrode Cap - large Product Literature
For reduced set up time and increased subject comfort, use the CAP100C when recording multiple EEG channels. The Lycra stretch cap holds nineteen imbedded tin electrodes closely to the subject’s head. Electrodes are pre-positioned in the international 10/20 montage, so even novice EEG researchers can minimize electrode placement errors. A ribbon cable (100 cm) fans out in the cap to connect to each electrode. The other end of the ribbon cable has a connector that plugs into a mating cable (25 cm
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Shielded bar lead electrode Product Literature
All bar electrodes are non-ferrous and consist of two tin electrodes placed 30mm apart in a watertight acrylic bar. The bar configuration permits easy electrode placement without disturbing electrode to electrode spacing. Bar electrodes are recommended for use when applying a stimulus, or recording a signal, during nerve conduction, somatosensory or muscle twitch recordings. When using bar electrodes for signal recording, a single ground lead (LEAD110 with EL503) is required. The leads (61cm lon
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5-Lead Clinical ECG Cables and Electrodes Product Literature
A Set of 5 color-coded ECG Limb Cables, labelled RA, LA, RL, LL and C, are offered. Each cable is 1 m (3.3 ft) long. One end has a 2 mm plug for connecting to the BS4 50-9513 Isolated Preamplifier, see page I62. The other end has a 4 mm plug that connects directly to Plate and Suction Electrodes or to a Snap Fastener Connector for use with Disposable Electrodes. These Electrodes, Cables and accessories are available individually or as a complete set BS4 50-9844.
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Stimulus Isolation Unit Product Literature
This Isolation Unit makes true biphasic stimulation available to the researcher at a low cost when used in conjunction with the 50-6002 Harvard Apparatus Single Pulse Stimulator and 50-6012 Harvard Apparatus Single/Dual Pulse Stimulator. This self-contained, battery-powered Isolation Unit is constructed of plastic for additional isolation. The Unit’s output faithfully reproduces the pulse shape characteristics of the driving stimulator, but is optically isolated from it. The output voltage is co
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