Lab Expo LLC
Request Quote
Gene Electroporator 01A-GEP100

Gene Electroporator 01A-GEP100

Gene Electroporator 01A-GEP100 offers a high output voltage range from 400 to 2500 V and a low output voltage range from 100 to 450 V. It features a user-friendly interface and can transfect a large number of cells quickly. This device produces an exponential waveform output to optimize the electroporation process. Our gene electroporator is equipped with safety features to protect the operator and samples.

Specifications

High Output Voltage 400 to 2500 V
Low Output Voltage 100 to 450 V
High Voltage Capacitor 1, 5, 6, 25, 30, 31 µF
Low Voltage Capacitor 100 µF，125 µF，150 µF….1675 µF, one grades of 25 µF
Resistance 50 Ω, 100 Ω, 150 Ω, 1600 Ω, increment total 30 grades
Output Waveform With the RC time constant of the exponential decay of wave
Dimension 368 × 316 × 229 mm
Packaging Dimension 480 × 420 × 280 mm
Weight 10.5 kg
Weight 10.5 kg

Features

  • Microprocessor controlled electroporation with 400V output
  • Removable components for easy maintenance and repair
  • Bidirectional RS232 interface with 9600bps data transfer
  • Integrated network system with real time data monitoring
  • Real time digital display with 320x240 pixel resolution

Applications

FunctionImplementation
Cell Transfection400 to 2500 V high output voltage enables efficient cell penetration
Gene Silencing100 to 450 V low output voltage supports subtle gene regulation
Molecular Biology50 Ω to 1600 Ω resistance range facilitates diverse experimental designs
Cell HybridizationExponential waveform output optimizes cell fusion processes
Laboratory Research1 to 31 µF high voltage capacitor range allows for flexible protocol development

Catalog

Gene Electroporator 01A-GEP100 Catalog

Gene Electroporator

Lab Expo Gene Electroporators support electroporation workflows where controlled electrical pulsing is required to enable temporary membrane permeabilization for efficient gene transfer and cell hybridization studies. The system operates with digitally regulated pulse parameters to maintain repeatable transfection conditions across varied cell types. User-controlled interfaces manage voltage and timing, while stable build and monitored operation ensure consistent outcomes for routine molecular biology and cell research applications.