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Home Delivery & Sampling Products Swivels Multi-Channel Infusion Swivels


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Multi-Channel Infusion Swivels

This Multi-Channel Swivel features five low dead volume channels for dual-probe microdialysis, plus another channel for infusion. The fluid paths are lined to protect sensitive neurotransmitters. The swivel includes a counter-balanced arm to remove all vertical forces from the animal. The electronic control unit mounts to the vertical portion of the counter-balanced arm and is powered by a 12 VDC adapter.
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Item# Description
726134 Harvard/Instech Powered Multi-Channel Swivel, pkg. 1

For local pricing, contact your nearest distributor.



Full Description Back to Top

• Five, low dead volume channels for microdialysis
• Proportional control for fine continuous movement
• Minimal stress on animal

This Multi-Channel Swivel features five low dead volume channels for dual-probe microdialysis, plus another channel for infusion. The fluid paths are lined to protect sensitive neurotransmitters. The swivel includes a counter-balanced arm to remove all vertical forces from the animal. The electronic control unit mounts to the vertical portion of the counter-balanced arm and is powered by a 12 VDC adapter.
The practical limit on the number of lines in a traditional fluid swivel is two; each additional channel seal set adds to the torque required by the animal to turn the swivel as it moves about its cage. Swivels with three or more channels are typically impossible for a rodent to turn and often have large dead volumes and problems with cross-channel leakage.
Harvard/Instech’s Multi-Channel Swivel senses the rotation demanded by the animal and, with a small motor, drives the swivel core to follow the animal. Unlike other switch-based systems, this swivel features a proportional control, allowing fine continuous movement that further reduces stress on the animal. The torque felt by the animal is similar to that of an Instech single channel swivel. This power-assisted proportional control technology was first introduced in 2000 in Instech’s patented Swivelless Swivel™, but is now applied to a swivel that can be used with conventional stationary caging of the researcher’s choice. Please contact Customer Service for pricing, availability and other configurations.


Specifications Back to Top

Specifications726134
Length Metric17.8 cm
Length English7 in
Number of Channels5
Channel ID English0.009 in
Dead Volume per Channel Metric2 to 4
Channel OD English0.028 in
Channel Guage22
Diameter Metric1.5 cm
Diameter Englishin

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Journal Articles Back to Top

Displaying 1 to 10 of 71results for Multi-Channel Infusion Swivels   Page 1  2  3  4  5  6  7  8 

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Document

Description

100% Login to view PP49 Infusion Pump.pdf
[120 KB]
Infusion Pump use in finding Drug-Protein Binding and Blood Brain Barrier Permeability
100% Login to view PP09 Infusion Pump.pdf
[224 KB]
Infusion Pump use in finding The Anygdala is Essential for the Developement of Neuronal Plasticity
100% Login to view PP51 Infusion Pump.pdf
[151 KB]
Inhibition of Poly (ADP-Ribose) Polymerase with use of Infusion Pump
96% Login to view PP67 Infusion Pump.pdf
[291 KB]
Infusion Pump use in finding Muscimol Inactivation of the Dorsal Hippocampus Impairs Contextual Retrieval of Fear Memory
76% Login to view PP31 Infusion Pump.pdf
[356 KB]
Y01-094.vp
76% Login to view PP30 Infusion Pump.pdf
[265 KB]
Hippocampus and Trace Fear Conditioning
76% Login to view PP54 Infusion Pump.pdf
[116 KB]
Ultrasound Doppler estimates of femoral artery blood flow during dynamic knee extensor exercise in humans
66% Login to view PP22 Model 11 Infusion Pump.pdf
[546 KB]
DNA-interacting Proteins in the Spermiogenesis of the Mollusc Murex brandaris
28% Login to view PP15 An Investigation of Three-Phase Flow.pdf
[222 KB]
Syringe Infusion Pump use for An Investigation of Three-Phase Flow
28% Login to view PP15 Model 22 Syringe Pump.pdf
[225 KB]
Syringe Infusion Pump use for An Investigation of Three-Phase Flow
   

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Manuals Back to Top

Displaying 1 to 3 of 3results for Multi-Channel Infusion Swivels  

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Document

Description

100% Login to view 703005 PHD ULTRA Manual.pdf
[2.4 MB]
PHD Ultra Syringe Pumps Manual - Standard/Remote/Programmable
100% Login to view 703005 PHD ULTRA Quickstart.pdf
[173 KB]
PHD Ultra Syringe Pumps Quickstart Guide - Standard/Remote/Programmable
94% Login to view PHD2000.pdf
[493 KB]
PHD 2000 Syringe Pump Series Manual
   

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