BIO-RAD Gene-Pulser-Xcell Electroporation System w/ Shock-Pod CE Module

Product Information

Introducing the BIO-RAD Gene-Pulser-Xcell Electroporation System, the cutting-edge equipment for electroporation of eukaryotic cells. The system is designed for use with mammalian cells and plant protoplasts, offering a versatile solution for a wide range of research applications. The Gene-Pulser-Xcell includes the main unit, capacitance extender (CE), and ShockPod cuvette chamber, providing everything you need for efficient and effective electroporation. With precise voltage and capacitance control, as well as adjustable square-wave timing, this system ensures optimal results for your eukaryotic cell experiments. Whether you're working on cell transfection, drug screening, or gene editing, this system offers the reliability and flexibility required for successful outcomes. As a quirky scientist, I can't help but appreciate the unique capabilities of the Gene-Pulser-Xcell, from its waveform options to its impeccable sample resistance specifications. This system truly embodies the perfect blend of science and innovation, making it the ideal choice for any molecular biology lab.

• Main unit with ShockPod cuvette chamber
• Capacitance extender (CE) included
• Precise voltage and capacitance control
• Adjustable square-wave timing
• Recommended for electroporation of most eukaryotic cells
• Versatile applications including mammalian cells and plant protoplasts

• Waveform: Exponential or square
• Voltage: 103,000V
• Capacitance: Up to 500 F
• Sample Resistance: 20 ohms minimum
• Square-Wave Timing: Adjustable from 0.05 ms to 10 ms
• Manufacturing Date: Not specified
• Serial Number: 617BR103207, 618BR02748

Metric: 10 kg
Imperial: 23 lbs

Metric: 24 cm x 16 cm x 13 cm
Imperial: 9.45 in x 6.3 in x 5.12 in

903180

The harmonized code 903180 is for 'Instruments and apparatus for measuring or checking voltage, current, resistance or power, with a recording device.' This code is suitable for the Gene-Pulser-Xcell Electroporation System due to its voltage and resistance measurement capabilities, aligning with the specifications and applications of the equipment.