New Era Pump Systems - NE-1000
Manufactured by New Era Pump Systems
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NE-1000 Single Syringe Pump
The NE-1000 produces about 15 lbs of linear force at top speed and about 35 lbs at slow speeds. 10 ml/hr is an example of slow speed. The pressure that can be generated is relative to the syringe size. On a 60 ml syringe, this would roughly produce about 30 psi.
Source: New Era Pump Systems
*** Not for clinical use on humans ***
- Holds 1 Syringe up to 60 cc*
- Infusion rates from 0.73 µL/hr ( 1 cc syringe) to 2100 ml/hr (60 cc syringe)
- Easy-to-use keypad interface
- Space Saving Chassis: Foot print size of only 5 3/4" x 8 3/4"
- Won't take up unnecessary space on your laboratory or production bench
- Includes all the advanced functions and programming features of the NE-1000 family
Source: New Era Pump Systems
*** Not for clinical use on humans ***
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Documents & Manuals
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Features of NE-1000
- Fully programmable; automation capable
- Operates stand-alone or from a computer
- Infusion and withdrawal
- Set a single pumping rate and/or dispensing volume
- Program up to 41 pumping phases that change pumping rates, set dispensing volumes, insert pauses, control and respond to external signals, sound the buzzer
- Network, control, and monitor up to 100 pumps with one computer
- Worldwide power supplies available
- Motor stall detection
- Dispensing accuracy of +/-1%
- Unlimited lifetime technical support
- Two year warranty
General Specifications
There are no General Specifications available.
Additional Specifications
Maximum syringe size:
Although a maximum of a 60 cc syringe is specified, the pump can hold up to a 140 cc syringe but can only open up to about 120 cc lengthwise
High pressure notes:
The NE-1000 produces about 15 lbs of linear force at top speed and about 35 lbs at slow speeds. 10 ml/hr is an example of slow speed. The pressure that can be generated is relative to the syringe size. On a 60 ml syringe, this would roughly produce about 30 psi
The high pressure version, NE-1010, will approximately double the pumping force at the same speeds.