the solution for efficiently transforming bacteria and yeast!
Eppendorf Eporator ~ overview
Meet the Eppendorf EporatorÂ®, the solution for efficiently transforming bacteria and yeast! The Eppendorf Eporator is the perfect fit for you and your lab. Ask the specialists â€“ your bacteria and yeast â€“ they will confirm that the product features and performance of the Eppendorf Eporator make it very easy for you to carry out your experiments and obtain excellent results.
Electroporation can be used for the transformation of electrocompetent bacteria and yeast with DNA. Compared to chemical methods, electroporation yields a much higher transformation efficiency. It also gives more reproducible results than other methods, is very simple to perform and saves you valuable time.
Treat your bacteria and yeast with something special â€“ let them experience the Eppendorf Eporator!
Eppendorf Eporator ~ features
Faster sample handling â€“ simple one-button operation: just set the voltage or choose a preset parameter and insert a cuvette
Intuitive use â€“ the status information on the colored display minimizes errors
Fast and freely programmable â€“ two program buttons allow storage and recall of most commonly used parameters, default setting: P1 1,700 V and P2 2,500 V
Safe electronics* and integrated electroporation chamber eliminate voltage leaks and misuse
Compact, space-saving design for easy storage and transport
Easy, GLP-compliant documentation via USB port â€“ data from your experiments can be exported for documentation and analysis
Eppendorf Eporator ~ technical
100 V–240 V ±10% 50 Hz–60 Hz
5 ms nominal
Output pulse form:
Decaying exponential pulse form with RC time constant of 5 ms
200 V–2,500 V
Dimensions (L × W × H):
27.5 × 19 × 12.5 cm
Eppendorf Eporator ~ ordering
We have endeavoured to provide Australian catalogue numbers; however it would be prudent to verify any catalogue numbers taken straight from our site with POCD Scientific before using them to place an order.
Basic device incl.
5 × electroporation cuvettes, 1 mm gap and
5 × electroporation cuvettes, 2 mm gap