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PA-3000S Laboratory PulseAgile® Electroporation System

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PA-3000S Laboratory PulseAgile® Electroporation System
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PA-3000SThe new PA-3000 electroporation system stands far above the competition in terms of features-to-cost for eukaryotic cell electropermeabilization. Its rugged, standalone form factor fits easily into tight laboratory spaces and provides an easy-to-use keypad interface for ex-vivo, in-vivo, in-vitro, and other new applications. Carefully designed by top experts in the electroporation field, high-quality results are consistently achievable as a result of our thorough structural requirements.

Budget-conscious researchers looking to immediately improve gene transfer or siRNA knockdown abilities can start fast and easy with the PA-3000. After minimal equipment setup, you'll be ready to process your cell lines in no time!

  • Precision rectangular (square) wave electroporation
  • Standalone unit with keypad interface
  • Limited patented PulseAgile® protocol creation
  • Can run most published rectangular wave protocols
  • Management of up to 10 saved protocols
  • Ionic solutions down to 10 ohms (PBS, etc.)
  • Automatic safety shutdown on arc detection
  • Built-in voltage and current monitors for oscilloscope verification

Rectangular (square) Wave

Rectangular wave electroporators have become industry standard because of their ability to increase transfection efficiency while maintaining viability over older and less
reliable exponential decay models. Users are given the full ability to adjust parameters for voltage (electric field), pulse width, pulse number, and interval between pulses
in an easy to navigate menu system.

PulseAgile® Protocol

The Cyto Pulse Sciences patented PulseAgile® protocol series takes the concept of square wave electroporation one step further: users are given the choice to create multiple protocols with different parameters, called groups, that are run in direct succession of one another. This is generally used to deliver a series of high voltage and short duration pulses first permeabilizing the cell membrane, followed by a series of low voltage and long duration pulses to continue delivery of the transfectant by electrophoresis.

The ultimate goal of creating these types of protocols is to deliver similar transfection efficiencies while retaining an even higher viability than standard four-parameter waves. In particular, published in-vivo applications have repeatedly been found to substantially improve delivery in addition to some ex-vivo applications.

System Monitoring

There is no mystery to what ís inside the box when all necessary information can be accessed from the outside.  Included as standard features are one each of voltage and current monitors ready to attach with an external oscilloscope in order to view real-time pulsing conditions. Using these connections is a true safeguard to know exactly how the applied waveform reflects the programmed waveform, so you never again have to wonder if your protocol ran as intended.

Furthermore, an output load estimate is provided after every run to assist in understanding how ionic the pulsing conditions were. This can be extremely valuable when debugging unexpected results due to incorrect sample washing for ex-vivo cuvette applications or proper electrode insertion for in-vivo applications. Information relevant to each executed protocol may be saved as a log file, including actual voltage levels of all pulses.

Fault Detection

All Cyto Pulse Sciences equipment is designed to withstand extreme user conditions. In the event of a fault, advanced control circuitry immediately detects the source of any problem and proceeds to halt the system to prevent permanent damage. The safety of Cyto Pulse customers is our number one priority.

  • Electrode Interlock - improperly attached cuvettes or electrodes will cause the protocol start function to be disabled until corrected
  • External Fault - extremely low output load arcs will cause high voltage to be turned off and a fault screen to be displayed
  • Internal Fault - damaged internal system components will cause high voltage to be turned off and fault screen to be displayed

Cuvette Holder

The heavy-duty electroporation cuvette holder will operate with all major cuvette manufacturers, although Cyto Pulse cuvettes are recommended for best results; standard cuvette sizes are available in 1 mm, 2 mm, and 4 mm electrode gaps. The insertion mechanism is notched to prevent incorrect positioning and only upon full insertion will high voltage become enabled to pulse. A large plastic barrier surrounds the cuvette field to completely block any contact with the electrodes.

In vivo Electrode Options

Cyto Pulse also offers parallel row needle in vivo electrodes for use with PA-3000 and PA-4000 based systems.

electrodes

Specifications

General  
      Pulse Waveform Rectangular (Square)
      Interface Standalone (Keypad)
      Electrode Cuvette, In-vivo
      Savable Protocols 10
Protocol  
      Pulse Amplitude 20 - 1100 volts @ 5 volt step
      Pulse Amplitude Accuracy ±5%
      Max E-Field (1 mm cuvette) 11 kV/cm
      Max E-Field (2 mm cuvette) 5.5 kV/cm
      Max E-Field (4 mm cuvette) 2.75 kV/cm
      Pulse Duration 0.001 - 10 ms
      Pulse Interval 0.125 - 400 sec
      Number of Pulses 1 - 99
      Number of Pulse Groups 1 - 3
      Polarity Reversal No
Safety / Monitoring  
      Electrode Interlock Yes
      Arc Control Yes
      Pulse Voltage Monitor BNC Output
      Pulse Current Monitor BNC Output
      Data Log RS232 Output
Electrical  
      AC Line 100 - 240 VAC 50/60Hz
Physical  
      High Voltage Outputs MHV, Banana Plug
      Display 20 x 2 LCD
      Dimensions 12.6" x 11.8" x 8.2"
(32 cm x 30 cm x 20.8 cm)
      Weight 23 pounds (11 kg)

 

Included in the System PA-3000S
    PA-3000 Laboratory Rectangular Wave Electroporator
    PA3-UMAN PA-3000 User Manual
    CE-20 Cuvette Holder
    CUV-M

Cuvette Multi-pack set of 5 each

1 mm, 2 mm, 4 mm

    CS-L-XX IEC Line Cord, serial cable, XX=country




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