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Researcher UCL, Institute of Ophthalmology

I am really impressed by your very high level of customer service. I got a problem of our pump recently and contacted the service. Julian Williams replied me immediately and tried to resolve the issue with good suggestions. Meanwhile, she loaned me a pump which enabled me to carry out my experime...
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uPump

uPump

Microinjector with Internal Pressure Source



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  • Overview
  • Specifications
  • Accessories
  • Citations
  • Related Products

Overview

uPump uPump Interface

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uPump Instruction Manual
/ Download as PDF

Compensation pressure accuracy
/ Download as PDF

Features & Benefits

  • High precision for reproducible injections – microliters to picoliter
  • Built in compressor eliminates need for external pressurised air system
  • Touch screen display and control knob with intuitive user-interface
  • Injection Counter
  • Injection can be triggered manually using the touchscreen, by foot switch or by a computer-controlled TTL pulse
  • Small footprint takes up very little bench space

The µPUMP is designed to inject very small quantities of fluids, such as drugs, into cells or small organelles.Two different positive pressures may be applied – one for ejection at high pressure and a second, lower pressure to prevent back filling of the pipette by capillary action.

Applications

  • Microinjection of diverse compounds and biomolecules – DNA, RNA, proteins
  • Pre- and post-implantation in embryos of various species – mice, rats, monkeys, bovine, pigs, zebrafish, etc.

Overview

The µPUMP has a built in pressure supply making it an ideal choice when it is going to be moved between benches and labs.

Designed to simplify intracellular injection and a variety of other microinjection tasks, the µPUMP uses carefully regulated air pressure for injecting cells with fluid. Injected volumes range from picoliters to nanoliters. The port supplies positive pressure for high-pressure ejection. The pressure port maintains a low positive “compensation” pressure to the injecting pipette between injection pulses to prevent fluid uptake through capillary action.

Timing, injection pressure and compensation pressure are adjusted independently using the touch screen interface and control knob. Time intervals can range from 2 seconds down to 10 ms or less, depending on the injection pressure setting. The injection pressure interval is triggered by using a foot switch, manually, or a computer-controlled TTL pulse.

The µPUMP offers separate regulated compensation (back filling prevention) and ejection pressures with a precision timing circuit that switches from injection pressure to compensation pressure automatically.

The display provides easy visibility of key data settings including Injector Pressure, Compensation Pressure, Tank Status, Injection Time, Pump Injection Mode and Injection Count

Video

WPI's New MICRO-ePUMP Microinjector with Integrated Pressure Source

 

WPI's New PV850 Microinjector: Setting Up the Hardware

 

WPI's New PV850 Microinjector: Using the Software

 

PV850 Microinjector Setup Tip

 

uPUMP tips

Specifications

PRESSURE

Internal Tank Pressure 0-100 PSI (tank automatically refills when the pressure falls below 90 psi)
Injection Pressure Range, Controlled 0.07-87 PSI
Injection Pressure Increment 0.1 PSI
Regulator Accuracy ±0.1 PSI
Output Connector Quick Disconnect (compatible with capillary kit 300753)
Pulse Width

Time Interval: 0.001 to 2.000 s

Time Increment: 0.001 s

 

COMPENSATION (HOLD/BACKFILLING) PRESSURE

Compensation Pressure Range 0.07-87 PSI
Compensation Pressure Increment 0.1 PSI

 

CONNECTIONS INCLUDED

Output Kit Capillary kit 300753

 

PHYSICAL SPECS

Power 90-264 VAC, 50/60Hz
Dimensions 213 W x 207 D x 250 H mm (8.4 x 8.1 x 9.8")
Shipping Weight 7 kg

 

Accessories

Citations

RelatedItems

MICRO-ePORE

MICRO-ePORE

Pinpoint Cell Penetrator for targeted microinjection

View details...

MICRO-ePUMP

MICRO-ePUMP

MICRO-ePUMP Micro Injector with Cell Penetrator

View details...

PV850

PV850

Microinjector with External Pressure Source (pressure source not included)

View details...

Our Clients Include:

GlaxoSmithKline
University College London
Novartis
Imperial College
University of Cambridge
University of Oxford

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