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Eppendorf Eporator™

E13-20 

   

The Eporator

®

 from Eppendorf is a compact unit with true one button operation; just set the voltage or choose a preset parameter 

and insert a cuvette. The unit has two programme buttons which allows for the storage and recall of most commonly used 
parameters while safe eletronics* and an integrated electroporation chamber eliminate voltage leaks and noise

 Features include:

 



Easy one-button operationIntuitive use guided by color display

 



Fast and freely programmable function keys

 



Safe electronics and integrated electroporation chamber

 



Compact, space-saving design

 



USB port for data export

* U.S. Pat. 6,103,084.

ELECTROPORA

TORS

ELECTROPORATORS

Technical specifications:

Input voltage

100 V–240 V ±10%, 50 Hz–60 Hz

Power input

20W

Time constant

5ms nominal

Output waveform

Decaying exponential waveform with RC time constant of 5 ms

Pulse voltage

200 V–2,500 V

Charging time

<10 s

Interface

USB 2.0

Dimensions (LxWxH)

27.5 x 19 x 12.5 cm 

Weight

3.2kg 

Code

Description

E4309000035 Eporator

®

 includes 5 x electroporation cuvettes, 1mm gap and 5 x 

electroporation cuvettes, 2mm gap

Cuvettes

 

Code

Description

E4307000623 Electroporation cuvettes, gap width 4mm, 800µL, sterile, 50 pack

E4308078006 Cuvette stand for 16 electroporation cuvettes

Flowgen Bioscience Electroporation Cuvettes

E13-22 

   

Flowgen Bioscience Electroporation Cuvettes are designed to maximise molecular electroporation and electrofusion efficiencies
for Bacteria, Yeast, Insect, Plant and Mammalian cells. Each batch of cuvettes has to undergo rigorous testing at several
stages during the manufacturing process for engineering tolerances, biocompatibility and sterility; prior to their quality
control testing for optimal and reproducible impedance measurements.

 



Universal cuvettes, compatible with most electroporation systems 

 



Fully optimised to ensure consistent uniform pulse generation and improved gene transfer 

 



High tolerance engineering ensures uniform electrode surface and maximises transformation efficiencies 

 



Cuvette caps engineered to improve aseptic handling techniques and reduce contamination 

 



Tapered ‘V’ bottom design on 1mm and 2mm cuvettes reduce sample volumes used, aids sample pick up and minimises  
 

         dead volumes 

 



Available in 1mm, 2mm and 4mm gap sizes with individual colour-coded caps 

 



Gamma-irradiated for guaranteed sterility 

 



Individually wrapped

Code

Description

FBR-101 Short 50, 1mm cuvettes

FBR-102 Short 50, 2mm cuvettes

FBR-201 Long 50, 1mm cuvettes

FBR-202 Long 50, 2mm cuvettes

FBR-204 Long 50, 4mm cuvettes

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