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The BTX ECM 630 Electroporation System equipped with a High Throughput Plate Handler is an advanced exponential decay wave electroporation platform engineered for precision cellular transformation and high-throughput workflows. This integrated benchtop system combines the flexible pulse-delivery architecture of the ECM 630 generator with multi-well plate automation, allowing molecular biology and biotechnology laboratories to transition seamlessly from single-cuvette assays to massive parallel sample processing. It is ideal for the rapid transformation of bacteria, yeast, microorganisms, plant protoplasts, and mammalian cell lines, significantly driving down experimentation time while improving reproducibility.
Key Features
• Advanced Pulse Optimization: Features Precision Pulse technology with a wide selection of voltage, capacitance, and resistance ranges, allowing researchers full flexibility in matching and fine-tuning precise time constants. • High-Throughput Scaling: Eliminates the bottleneck of single-cuvette workflows by integrating a specialized multi-well plate handler capable of holding and pulsing 25-well or 96-well disposable electroporation plates in seconds. • Safety and Quality Control: Provides active safety protection through a pre-pulse sample resistance check, automated arc quenching mechanisms, and over-current pulse abort capabilities to secure samples and equipment. • Data Log Storage: Captures comprehensive experimental logs, storing the exact parameters of every delivered pulse along with measured sample resistance values for downstream troubleshooting and quality assurance. • Intuitive Touchscreen Operation: Features a large digital display interface with built-in preset protocols for common microorganisms alongside robust user-defined memory slots to instantly store custom parameter arrays.
Technical Specifications
Waveform Configuration
• Waveform Type: Exponential Decay Wave • Pulse Parameter Controls: Fully adjustable Voltage, Capacitance, and Resistance settings
Electrical Output Modes
Low Voltage (LV) Mode • Voltage Range: 10 V to 500 V • Voltage Resolution: 1 V steps • Capacitance Range: 1 µF, and 25 µF to 3,275 µF (adjustable in 25 µF increments) • Resistance Range: 25 ohms to 1,575 ohms (adjustable in 25 ohm increments) plus a "None" setting to simulate competitive systems lacking internal resistance controls High Voltage (HV) Mode • Voltage Range: 50 V to 2,500 V (extendable up to 3,000 V depending on configuration) • Voltage Resolution: 5 V steps • Capacitance Options: Selectable discrete values including 10, 25, 35, 50, 60, 75, and 85 µF • Resistance Range: 25 ohms to 1,575 ohms (adjustable in 25 ohm increments)
Operational & User Interface
• Interface Display: 7-inch color graphic touchscreen (or 4-line liquid crystal digital interface depending on generation series) • Charge Time: 5 seconds maximum • Protocol Capacity: Built-in factory presets for common cell lines and microorganisms, with capacity for up to 1,000 user-defined custom protocols • Data Export: Integrated parameters log for post-pulse review and quality control monitoring
High-Throughput Plate Handler Compatibility
• Supported Multi-Well Formats: 25-well disposable electroporation plates and 96-well disposable electroporation plates (standard 2 mm or 4 mm gaps) • Operation Mode: Manual track switching or automated automated stepping execution depending on the specific handler accessory attached • Pulse Delivery: Distributes uniform, regulated electrical pulses directly into distinct multi-well configurations via automated pin mapping arrays
Physical & Utility Requirements
• Input Voltage: Universal 100 V to 240 VAC, 50/60 Hz • Power Consumption: 500 W maximum under pulsed load / 50 W when idle • Compliance Certification: CE and UKCA compliant labels • Chassis Build: Enclosed benchtop lab-grade chassis with passive convection cooling
