- Ability to change voltage and time
- Creating exponential pulses
- An electroporation device suitable for all types of cells
- Increase the voltage to 3000 volts
Unlock advanced cellular manipulation with the Pars Tarava Exponential Pulse Electroporation System, a robust high-voltage tool crafted to deliver nucleic acids, proteins, and therapeutic agents into diverse cell populations. Engineered for demanding research environments, this system empowers scientists to achieve superior molecule uptake while preserving cell integrity.
The Science Behind Exponential Electroporation
This biophysical approach applies targeted electric fields to temporarily disrupt cell membranes, enabling the passage of macromolecules like DNA, RNA, and pharmaceuticals that would otherwise be excluded. With its exponential decay waveform, the system generates dynamic pulses that optimize pore creation, leading to enhanced delivery rates and minimal disruption. Widely utilized in fields such as biotechnology, gene editing, and drug development, it supports innovative work in creating genetically modified organisms, therapeutic vectors, and novel treatments.
Standout Capabilities
- Variable Controls: Seamlessly adjust voltage and pulse timing to fine-tune protocols for optimal results.
- Exponential Waveform Production: Delivers decaying pulses that promote extensive membrane poration with controlled energy release.
- Broad Cell Adaptability: Compatible with prokaryotic and eukaryotic cells, from bacteria and fungi to mammalian and plant varieties.
- Powerful Voltage Output: Reaches up to 3,000 V, ideal for challenging transfections requiring intense fields.
- Efficiency Boost: Facilitates higher transfer yields, lowers cytotoxicity, and supports sequential pulsing for complex experiments.
- Intuitive Operation: Designed with accessibility in mind, allowing quick adaptations for different cell lines and payloads.
Versatile Uses
From foundational lab studies to cutting-edge pharma research, this system accelerates progress in gene therapy trials, vaccine formulation, and agricultural biotech. It excels in scenarios demanding precise, high-throughput delivery.
Note: Designed exclusively for research and preclinical purposes; not intended for clinical, diagnostic, or therapeutic use. If you need this device for medical applications, please visit the Pars Tarava Electrochemotherapy Device page.
System Details
- Voltage Range: 10–3,000 V
- Capacitance: 0.22–47 µF
- Pulse Length: Variable, based on user settings
- Compatible Cells: Eukaryotic (including mammalian and plant protoplasts and algae) and prokaryotic (bacteria, fungi, microorganisms)
- Pulse Shape: Exponential decay
- Included Components: Main unit and exponential module
Why Choose Pars Tarava?
Experience the difference with a system built on innovation, reliability, and value—tailored to fuel your breakthroughs and streamline your workflow:
- Unmatched Precision and Control: Gain confidence in every experiment through customizable parameters that deliver repeatable, high-yield results without compromising cell health.
- Versatility Across Disciplines: Whether you’re in academia, biotech startups, or pharma giants, this device adapts effortlessly to your unique needs, saving time and resources.
- Proven Durability and Support: Backed by rigorous quality standards, enjoy long-term performance with dedicated customer assistance to keep your research on track.
- Cost-Smart Investment: Access premium features at competitive pricing, maximizing your budget for more discoveries rather than equipment overhead.
- Future-Proof Technology: Stay ahead with a scalable platform that integrates seamlessly into evolving protocols, ensuring your lab remains at the forefront of cellular innovation.
To learn more, explore specifications, or discuss customization, message us on WhatsApp at +98 902 405 1862. Advance your science with Pars Tarava—where efficiency meets excellence.
