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Harvard Apparatus

Electroporation

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Electroporation Cuvette 2mm w. pipette, pack of 50

The Harvard Apparatus Electroporation Cuvette 2mm with pipette is ideal for high-efficiency electroporation in molecular biology and cellular research. Designed with a 2mm gap width, it is perfect for medium-sized cells, offering consistent and reproducible results. The included pipette simplifies sample handling for enhanced laboratory workflow.

<h2>Key Features:</h2>

<ul>
 <li>Brand: Harvard Apparatus</li>
 <li>Gap Width: 2mm – optimal for medium-sized cells</li>
 <li>Design: Cuvette with pipette for efficient sample delivery</li>
 <li>Application: Suitable for electroporation protocols in molecular biology</li>
 <li>Packaging: Pack of 50 cuvettes</li>
</ul>

This Harvard Apparatus electroporation cuvette ensures precision, repeatability, and ease of use for demanding laboratory environments.

Harvard Apparatus Electroporation Cuvette 2mm w. pipette—reliable and efficient for medium-sized cell protocols.

Harvard Apparatus electroporation cuvette 2mm w., 2mm cuvette, molecular biology cuvette, cell electroporation cuvette

Harvard Apparatus Electroporation Cuvette 2mm w. pipette, pack of 50

Harvard Apparatus BTX Electroporation Cuvette 2mm w. Pipette, Pack of 10

Harvard Apparatus BTX Electroporation Cuvette 1mm w. pipette, pack of 10

Harvard Apparatus Electroporation Cuvette 4mm w. Pipette, Pack of 50

Harvard Apparatus BTX Electroporation Cuvette 4mm w. pipette, pack of 10

Harvard Apparatus Electroporation Cuvette 1mm w. Pipette, Pack of 50

Harvard Apparatus Gemini SC System with 7" touchscreen and safety dome

Gemini SC Generator with 7" touch screen

The Harvard Apparatus Gemini SC Generator with 7" touchscreen is a high-performance electroporation system designed for precision and efficiency in genetic and molecular biology research. Its intuitive interface allows for easy control and adjustment of electroporation parameters, making it ideal for gene delivery, transfection, and other electrochemical procedures. Engineered for reliability, the system provides consistent, reproducible results across a variety of advanced cell-based applications.

<h2>Key Features:</h2>

<ul>
 <li>Brand: Harvard Apparatus</li>
 <li>Model: Gemini SC Generator</li>
 <li>Interface: 7" touchscreen for intuitive control and parameter adjustment</li>
 <li>Application: Suitable for gene delivery, cell transfection, and molecular biology workflows</li>
 <li>Performance: Ensures precision and reproducibility for demanding research environments</li>
</ul>

Scope of Supply:

<ul>
 <li>Generator Gemini SC</li>
</ul>

This Harvard Apparatus Gemini SC Generator is a dependable solution for laboratories that demand accuracy and versatility in electroporation techniques for genetic and cellular studies.

Harvard Apparatus Gemini SC Generator with 7" touch screen—precise electroporation for gene delivery and transfection.

Harvard Apparatus Gemini SC Generator, electroporation generator, gene delivery generator, 7" touchscreen electroporator

Harvard Apparatus Gemini SC Generator with 7" touch screen

Gemini SC System with 7" touchscreen and safety dome

The Harvard Apparatus Gemini SC System with 7" touchscreen and safety dome is a high-performance electroporation system designed for precise and safe genetic manipulation. This dual-channel system enables simultaneous electroporation of up to two cuvettes, offering efficiency and control for demanding research applications. The intuitive 7" touchscreen interface allows for easy programming and real-time monitoring of parameters, while the integrated safety dome protects users from accidental exposure to high-voltage pulses, ensuring safe operation in laboratory environments.

<h2>Key Features:</h2>

<ul>
 <li>Brand: Harvard Apparatus</li>
 <li>Interface: User-friendly 7" touchscreen for intuitive control and monitoring</li>
 <li>Safety: Includes safety dome for protection against accidental high-voltage exposure</li>
 <li>Functionality: Dual-channel design allows electroporation of two cuvettes simultaneously</li>
 <li>Application: Ideal for gene delivery, cell transfection, and other electroporation procedures</li>
</ul>

Scope of Supply:

<ul>
 <li>Gemini SC Generator</li>
 <li>Safety dome</li>
 <li>Electroporation cuvettes 1 mm / 2 mm / 4 mm (10 each)</li>
 <li>Cuvette rack</li>
</ul>

This Harvard Apparatus Gemini SC System delivers advanced safety, precision, and efficiency—making it an essential tool for high-throughput electroporation in genetic research and molecular biology.

Harvard Apparatus Gemini SC System—dual-channel pump with touchscreen and dome for safe, precise dosing.

Harvard Apparatus syringe pump, Gemini SC System, dual-channel pump, lab dosing system, microfluidic syringe pump

Harvard Apparatus Gemini X2 Generator with 7" touchscreen

Harvard Apparatus Gemini X2 HT System 96-well with HT-200, with 7" touch screen

Gemini X2 System with 7" touchscreen and safety dome

The Harvard Apparatus Gemini X2 System with 7" touchscreen and safety dome is a versatile and reliable electroporation platform engineered for precision in gene delivery and cell transfection. Designed with an intuitive 7" touchscreen interface, this system allows for easy adjustment of electroporation parameters. The integrated safety dome ensures secure operation by preventing accidental exposure to high-voltage pulses. Capable of electroporating up to two cuvettes simultaneously, this system is ideal for advanced molecular biology, genetic engineering, and cellular research applications.

<h2>Key Features:</h2>

<ul>
 <li>Brand: Harvard Apparatus</li>
 <li>Model: Gemini X2 System</li>
 <li>Interface: 7" touchscreen for easy and intuitive control</li>
 <li>Safety: Integrated safety dome for protection during electroporation</li>
 <li>Application: Optimized for gene delivery, cell transfection, and electroporation research</li>
 <li>Functionality: Supports simultaneous electroporation of up to two cuvettes</li>
</ul>

Scope of Supply: Generator Gemini X2, safety dome, electroporation cuvettes 1 mm / 2 mm / 4 mm (10 each), cuvette rack

This Harvard Apparatus Gemini X2 System delivers safe, efficient, and reproducible electroporation, making it an indispensable tool for laboratories conducting cutting-edge genetic and cellular experiments.

Harvard Apparatus Gemini X2 System with 7" touchscreen and safety dome—safe and precise electroporation for gene delivery.

Harvard Apparatus Gemini X2 System, electroporation system, 7" touchscreen electroporator, safety dome electroporator

Harvard Apparatus Gemini X2 System with 7" touchscreen and safety dome

Gemini X2 HT System 96-well with HT-200, with 7" touch screen

The Harvard Apparatus Gemini X2 HT System 96-well with HT-200 and 7" touchscreen is a high-throughput electroporation system engineered for precision, speed, and scalability in large-scale genetic research and cell-based experiments. Featuring a 96-well format and the HT-200 plate handler, this system enables simultaneous electroporation across multiple wells with user-defined settings. The intuitive 7" touchscreen interface allows for easy setup, control, and repeatability, making it ideal for laboratories engaged in high-volume transfection workflows.

<h2>Key Features:</h2>

<ul>
 <li>Brand: Harvard Apparatus</li>
 <li>Model: Gemini X2 HT System 96-well with HT-200</li>
 <li>Interface: 7" touchscreen for intuitive and efficient operation</li>
 <li>Application: Optimized for high-throughput electroporation in genetic and cell-based research</li>
 <li>Design: 96-well format with HT-200 plate handler for scalable, parallel processing</li>
</ul>

Scope of Supply: Generator Gemini X2, safety dome, electroporation cuvettes 1 mm / 2 mm / 4 mm (10 each), cuvette rack, HT-200 plate handler, electroporation plate (2 mm and 4 mm gap)

This Harvard Apparatus Gemini X2 HT System provides high-efficiency, reliable electroporation in a scalable 96-well format—making it an essential tool for laboratories requiring throughput, accuracy, and reproducibility in advanced cell and gene research.

Harvard Apparatus Gemini X2 HT System 96-well with HT-200, with 7" touchscreen—high-throughput electroporation for efficient genetic research.

Harvard Apparatus Gemini X2 HT with HT-200, high-throughput electroporator, 96-well electroporation system, HT-200 electroporation

Gemini X2 Generator with 7" touchscreen

The Harvard Apparatus Gemini X2 Generator with 7" touchscreen is a powerful and versatile electroporation system engineered for precise electrical pulse control in molecular biology, genetic engineering, and cellular research. Its intuitive 7" touchscreen interface simplifies operation, enabling quick parameter adjustments and streamlined workflows. This system is ideal for laboratories seeking high-efficiency gene transfection with reliable and reproducible results.

<h2>Key Features:</h2>

<ul>
 <li>Brand: Harvard Apparatus</li>
 <li>Model: Gemini X2 Generator</li>
 <li>Interface: 7" touchscreen for intuitive, user-friendly operation</li>
 <li>Application: Designed for electroporation in molecular biology, gene editing, and cell-based experiments</li>
 <li>Performance: Delivers precise, reproducible electrical pulses for optimal transfection efficiency</li>
</ul>

Scope of Supply: Generator Gemini X2

This Harvard Apparatus Gemini X2 Generator offers advanced control, dependable performance, and ease of use—making it an essential tool for cutting-edge genetic and cellular research.

Harvard Apparatus Gemini X2 Generator with 7" touchscreen—efficient, reliable, and precise for gene delivery.

Harvard Apparatus Gemini X2 Generator, electroporation generator, 7" touchscreen electroporator, gene delivery system

ECM 830 Safety Dome System

The Harvard Apparatus ECM 830 Safety Dome System is designed to provide enhanced safety and protection during electroporation and other lab procedures. Suitable for bacterial and yeast cell transformations as well as mammalian cell and tissue transfections, this versatile system includes a safety dome that connects to the generator to safely deliver high-voltage electrical pulses to cuvettes. It supports electroporation of up to two cuvettes simultaneously, combining safety with high performance for efficient lab workflows.

<h2>Key Features:</h2>

<ul>
 <li>Brand: Harvard Apparatus</li>
 <li>Model: ECM 830</li>
 <li>Safety: Includes safety dome to prevent accidental exposure to electrical pulses</li>
 <li>Application: Ideal for use in labs requiring enhanced protection during electroporation or electrical experiments</li>
 <li>Design: Compact and durable system for high-efficiency operation</li>
 <li>Large, easy-to-use touchscreen interface</li>
 <li>Preset protocols for commonly used mammalian cell lines and tissues</li>
 <li>Storage for up to 1000 user-defined protocols</li>
 <li>Safety functions including pre-pulse resistance check, arc protection, and over-current pulse abort</li>
 <li>Protocol logging of each delivered pulse for quality control and troubleshooting</li>
</ul>

Scope of Supply:

<ul>
 <li>Generator ECM® 830</li>
 <li>Safety dome</li>
 <li>Electroporation cuvettes 1 mm, 2 mm, and 4 mm (10 each)</li>
 <li>Cuvette rack</li>
</ul>

This Harvard Apparatus ECM 830 Safety Dome System is an essential addition to any laboratory conducting electroporation, providing safety features without compromising performance or efficiency.

Harvard Apparatus ECM 830 Safety Dome System—ensuring safety during electroporation with added protection.

Harvard Apparatus safety dome ECM 830, ECM 830 system, electroporation safety system, lab protection dome

Harvard Apparatus ECM 830 Safety Dome System

Harvard Apparatus ECM 2001+ Cell Fusion System

Harvard Apparatus ECM 2001+ Electroporation System with 7" touch screen

Harvard Apparatus ECM 2001+ Embryo Manipulation System

Harvard Apparatus ECM 2001+ Hybridoma Production System

ECM 2001+ Generator

The Harvard Apparatus ECM 2001+ Generator is a high-performance electroporation system designed for a wide range of genetic and molecular applications. With precise control over electrical pulses, this generator ensures optimal conditions for cell transfection, gene delivery, and other electrochemical procedures. It is an essential tool for laboratories focusing on advanced molecular biology and biotechnology research.

<h2>Key Features:</h2>

<ul>
 <li>Brand: Harvard Apparatus</li>
 <li>Model: ECM 2001+</li>
 <li>Application: Suitable for gene delivery, cell transfection, and electrochemical procedures</li>
 <li>Control: Offers precise pulse control for optimal experimental outcomes</li>
 <li>Performance: Delivers consistent, reproducible results for advanced molecular applications</li>
</ul>

Scope of Supply:

<ul>
 <li>Generator ECM&reg; 2001+</li>
 <li>High voltage output cable (1.5 m)</li>
 <li>Adapter set</li>
</ul>

This Harvard Apparatus ECM 2001+ Generator is designed for high-efficiency electroporation, making it an indispensable tool for research and clinical applications in molecular biology and biotechnology.

Harvard Apparatus ECM 2001+ Generator—precise electroporation for efficient gene delivery and cell transfection.

Harvard Apparatus ECM 2001+ Generator, electroporation generator, gene delivery generator, cell transfection system

Harvard Apparatus ECM 2001+ Generator

ECM 2001+ Cell Fusion System

The Harvard Apparatus ECM 2001+ Cell Fusion System is a highly precise and reliable system designed for cell fusion and electrofusion applications. This advanced device offers accurate control over electrical pulses, ensuring optimal cell membrane fusion for various biological and genetic experiments. It is perfect for research involving hybridoma creation, somatic cell fusion, and genetic engineering.

<h2>Key Features:</h2>

<ul>
 <li>Brand: Harvard Apparatus</li>
 <li>Model: ECM 2001+</li>
 <li>Application: Ideal for cell fusion, hybridoma generation, and electrofusion protocols</li>
 <li>Control: Provides precise pulse control for efficient membrane fusion</li>
 <li>Design: Advanced technology for reliable and reproducible results</li>
 <li>Supplied safety stand connects to the generator for safe high-voltage pulse delivery to cuvettes</li>
 <li>Flat electrode generates a divergent field for effective cell fusion</li>
</ul>

Scope of Supply:

<ul>
 <li>Generator ECM® 2001+</li>
 <li>Microslide (0.5 mm / 3.2 mm)</li>
 <li>Meander fusion chamber</li>
 <li>Flat electrode</li>
 <li>Electrode adapter</li>
 <li>Connection cable</li>
 <li>Safety stand</li>
 <li>Electroporation cuvettes (1 mm / 2 mm / 4 mm, 10 each)</li>
 <li>Cuvette rack</li>
</ul>

This Harvard Apparatus ECM 2001+ system is essential for labs specializing in cell fusion and electrofusion, ensuring consistent, high-quality results in complex biological applications.

Harvard Apparatus ECM 2001+ Cell Fusion System—precision-controlled electroporation for cell fusion research.

Harvard Apparatus cell fusion system, ECM 2001+, electrofusion device, hybridoma generation system

ECM 2001+ Electroporation System with 7" touch screen

The Harvard Apparatus ECM 2001+ Electroporation System with 7&quot; touch screen is a state-of-the-art electroporation device designed for high-precision gene delivery and cell transformation. Featuring a user-friendly 7&quot; touchscreen interface, it provides easy control over electroporation parameters, ensuring reproducible results across a variety of applications, from molecular biology to genetic engineering.

<h2>Key Features:</h2>

<ul>
 <li>Brand: Harvard Apparatus</li>
 <li>Model: ECM 2001+</li>
 <li>Interface: 7&quot; touchscreen for intuitive control of pulse parameters</li>
 <li>Application: Ideal for electroporation in genetic research and cell transformation</li>
 <li>Performance: Delivers precise and consistent electrical pulses for optimal transfection efficiency</li>
 <li>Supplied safety stand connects to the generator for safe high-voltage pulse delivery to cuvettes</li>
</ul>

Scope of Supply:

<ul>
 <li>Generator ECM® 2001+</li>
 <li>Safety stand</li>
 <li>Electroporation cuvettes (1 mm / 2 mm / 4 mm, 10 each)</li>
 <li>Cuvette rack</li>
</ul>

This Harvard Apparatus electroporation system offers superior control and accuracy, making it an essential tool for high-efficiency gene delivery in research and clinical settings.

Harvard Apparatus ECM 2001+ Electroporation System with 7" touch screen—precise, reliable, and efficient for gene delivery.

Harvard Apparatus electroporation system, ECM 2001+, 7" touchscreen electroporator, gene delivery system

ECM 2001+ Embryo Manipulation System

The Harvard Apparatus ECM 2001+ Embryo Manipulation System is a high-performance electroporation platform specifically engineered for embryo manipulation and gene delivery applications. It offers highly controlled electrical pulses, ensuring precision and reproducibility during delicate embryological procedures. This system is ideal for genetic research and developmental biology.

<h2>Key Features:</h2>

<ul>
 <li>Brand: Harvard Apparatus</li>
 <li>Model: ECM 2001+</li>
 <li>Application: Specialized for embryo electroporation and gene manipulation</li>
 <li>Control: Accurate pulse parameter control for consistent results</li>
 <li>Design: Tailored for advanced developmental biology and genetic engineering workflows</li>
 <li>0.5 mm and 1.0 mm microslides generate a divergent energy field ideal for efficient embryo fusion</li>
 <li>3.2 mm microslide produces a homogeneous energy field, ideal for high fusion rates of hybridoma cells</li>
</ul>

Scope of Supply:

<ul>
 <li>Generator ECM&reg; 2001+</li>
 <li>Microslides with round wire electrode (0.5 mm / 1.0 mm)</li>
 <li>Microslide with rectangular wire electrode (3.2 mm)</li>
 <li>Micrograbber adapter cables</li>
</ul>

This Harvard Apparatus system is essential for laboratories requiring precision in embryo electroporation and reliable gene delivery performance.

Harvard Apparatus ECM 2001+ System—precision control for embryo electroporation and gene manipulation.

Harvard Apparatus embryo Manipulation system, ECM 2001+, embryo electroporation, gene delivery device, developmental biology tool

ECM 2001+ Hybridoma Production System

The Harvard Apparatus ECM 2001+ Hybridoma Production System is a high-performance electroporation device designed for hybridoma cell fusion and monoclonal antibody production. It features precise control over electroporation parameters and includes coaxial chambers with identical electrical properties, enabling seamless scale-up from optimisation to production. A transparent-bottom optimisation chamber allows visual monitoring of cell alignment under an inverted or standard microscope, making it ideal for immunology and biotechnology applications.

<h2>Key Features:</h2>

<ul>
 <li>Brand: Harvard Apparatus</li>
 <li>Model: ECM 2001+</li>
 <li>Application: Ideal for hybridoma generation and monoclonal antibody production</li>
 <li>Control: Accurate pulse control for optimal cell fusion</li>
 <li>Design: Reliable and reproducible results for immunology and biotechnology applications</li>
 <li>Chamber Compatibility: Coaxial chambers with identical electrical properties for direct scale-up</li>
 <li>Visualization: Transparent-bottom optimisation chamber enables visual monitoring of cell alignment</li>
</ul>

Scope of Supply:

<ul>
 <li>ECM® 2001+ Generator</li>
 <li>Coaxial optimisation chamber (2 ml)</li>
 <li>Coaxial production chamber (9 ml)</li>
 <li>Adapter set</li>
 <li>Cytofusion medium C (500 ml)</li>
</ul>

This system is an essential solution for laboratories focused on efficient monoclonal antibody development and high-yield hybridoma production.

Harvard Apparatus ECM 2001+ Hybridoma Production System—precise electroporation for efficient hybridoma generation.

Harvard Apparatus hybridoma Production system, ECM 2001+, monoclonal antibody production, electroporation system

Electroporation System BTX ECM 399

The Harvard Apparatus Electroporation System BTX ECM 399 is a compact, user-friendly generator designed for the simple and efficient transformation of bacteria, yeast, and fungal cells. Producing exponential decay wave pulses, it delivers the optimal field strengths and pulse durations required for basic transformation procedures. Its ease of use, portability, and cost-effectiveness make it an excellent choice for academic and research laboratories.

<h2>Key Features:</h2>

<ul>
 <li>Brand: Harvard Apparatus</li>
 <li>Model: BTX ECM 399</li>
 <li>Pulse Type: Exponential decay wave generator for effective transformation</li>
 <li>Interface: Digital display with easy-to-use controls</li>
 <li>Applications: Suitable for transformation of bacteria, yeast, and fungi</li>
 <li>Design: Compact, portable, and cost-efficient—ideal for routine lab use</li>
</ul>

Scope of Supply:

<ul>
 <li>Generator ECM® 399</li>
 <li>PEP cuvette holder</li>
 <li>Cuvettes: 1 mm, 2 mm, and 4 mm (10 each)</li>
 <li>Cuvette rack</li>
</ul>

This electroporation system from Harvard Apparatus is a reliable and economical solution for researchers performing routine microbial transformations in molecular biology laboratories.

Harvard Apparatus Electroporation System BTX ECM 399—compact, precise, and ideal for cell transfection.

Harvard Apparatus electroporation system BTX ECM 399, BTX ECM 399, square wave electroporator, cell transfection system

Harvard Apparatus Electroporation System BTX ECM 399