Description
The Neon NxT Electroporation System is an advanced, compact transfection solution engineered for exceptional performance, speed, and simplicity. Utilizing proprietary pipette tip technology, the system generates a uniform electric field that maintains physiological conditions, resulting in high cell viability and transfection efficiencies of up to 90% in even the most challenging cell types, including primary, stem, and immune cells. The streamlined ‘Aspirate, Electroporate, Dispense’ workflow reduces the number of pipetting steps, minimizing sample loss and contamination risks. Researchers can choose between a 1-channel or an 8-channel pipette, the latter of which can process 96 reactions in under 15 minutes with independent parameter control for each channel. The system’s compact design fits easily within biosafety cabinets, ensuring an aseptic environment. Enhanced by the TransfectionLab cloud-based app, users can design experiments remotely and access protocols directly on the 8-inch touchscreen interface. Additionally, a universal buffer kit supports over 150 mammalian cell lines, while specialized genome editing buffers improve CRISPR delivery. This versatile system empowers labs to achieve consistent, reproducible results across diverse applications, from basic research to advanced genome editing.
Proprietary pipette tip technology for uniform electric field generation
High transfection efficiency up to 90% in difficult cell lines
Simplified three-step workflow of Aspirate, Electroporate, and Dispense
Flexible 1-channel and 8-channel pipette options
Capability to perform 96 reactions in less than 15 minutes
Compact footprint designed to fit inside most biosafety cabinets
Single buffer kit compatible with over 150 mammalian cell lines
Optimized buffers for enhanced CRISPR genome editing efficiency
Cloud-based connectivity for remote protocol and plate layout management
Minimal sample transfer loss and reduced shear force on cells
Intuitive 8-inch capacitive touchscreen with customizable parameters
Arc detection and cable management for improved reliability and safety
