BTX ECM 2001 Electroporation System with Multifunctional Capabilities
- Make BTX
- Hertz 50Hz/60Hz
- Model ECM 2001
- Serial 4327
- Weight 45.0 Lb
- Voltage 120V/220V
- Includes Power cord included |
- Warranty 30-Day Warranty, 100% Parts and Labor
- Dimensions 20.0in x 22.0in x 17.0in
- Shipping Type FedEx Ground
- Item Condition Excellent
- Manufacturing Date Does Not Apply
Product Information
Introducing the BTX ECM 2001, a multifunctional electro cell manipulation and electrofusion instrument by REUZEit. This versatile system is suitable for electro cell fusion, embryo manipulation, and electroporation. The ECM 2001 generates an AC waveform for dielectrophoretic cell alignment with microsecond switch-over time from AC to DC for efficient fusion, followed by AC re-application to keep cells together for the rounding off process. With precision microprocessor control and a wide range of parameters, this system is a valuable addition to any laboratory. Used in Class 2 condition, suitable for a variety of applications such as cell fusion, manipulation, and electroporation. Manufacturer specifications include post-fusion AC duration (s) 0 - 9, pause between AC/DC (sec) 50, voltage (V) 500 - 3000, and duration (s) 0 - 99.
Key Features- Microprocessor controlled precision
- Wide range of parameters
- Versatile system for electro cell fusion, embryo manipulation, and/or electroporation
- Post fusion AC duration (s): 0 - 9
- Pause between AC/DC (sec): 50
- Voltage (V): 500 - 3000
- Duration (s): 0 - 99
Metric: 20 kg
Imperial: 44 lbs
Metric: 15 cm x 17 cm x 11 cm
Imperial: 5.9 in x 6.7 in x 4.3 in
901890
Harmonized Code DetailsElectrofusion and cell manipulation apparatus; for laboratory use; Other; Other
Testimonials
“REUZEit has been a great partner for our used equipment needs and always provide timely updates of new arrivals of consigned equipment.”
“Great company to work with. Tammy completed our first international equipment shipment with ease.”
“Fast response, open to adjusting schedule as needed, and great customer interaction.”