
( Brand: Narishige ), ( Manufacturer Part Number: MHW-3 ), ( Part Type: Hydraulic Micromanipulator Patch ), ( Country/region Of Manufacture: Japan )
The Narishige MMW-23 Three-Axis Hydraulic Micromanipulator, integrated with the MHW-3 accessory set, is a remarkable piece of precision engineering designed for microscope patch clamping applications. This sophisticated manipulator offers unparalleled control and stability, making it an indispensable tool for researchers in the field of electrophysiology.
The MMW-23 features three independently controlled axes, enabling precise and seamless movement in three dimensions. The hydraulic drive system ensures smooth and steady movements, reducing any potential vibrations that could interfere with delicate experiments. The manipulator's compact design ensures minimal interference with the microscope setup, while its robust construction guarantees durability and reliability.
The MHW-3 accessory set includes a range of tools specifically designed for patch clamping. The set includes a pipette holder, a suction pipette, and a micromanipulator control box. The pipette holder is designed to securely hold the patch pipette, ensuring precise and stable positioning during experiments. The suction pipette is essential for forming a gigaseal with the cell membrane, while the control box allows for easy manipulation of the manipulator's movements.
The Narishige MMW-23 Three-Axis Hydraulic Micromanipulator (MHW-3) is an ideal solution for researchers seeking a high-performance, reliable, and versatile tool for microscope patch clamping. Its precision, stability, and ease of use make it a valuable asset in any electrophysiology laboratory.
The MMW-23 Narishige Three-Axis Hydraulic Micromanipulator for microscope patch clamping (MHW-3) is a specialized tool designed for scientific research, particularly in the field of electrophysiology. Here are some pros and cons of this equipment to help you make an informed decision:
Pros:1. Precision: The hydraulic system provides smooth, precise control, allowing for accurate manipulation of small specimens during patch clamping experiments.
2. Stability: The high-quality construction ensures stability, minimizing vibrations that could interfere with the experiment.
3. Adjustability: The three-axis design allows for various angles of manipulation, which can be beneficial in a variety of experimental setups.
4. Durable: Narishige is known for producing high-quality, long-lasting equipment, which can be a significant advantage for long-term research projects.
Cons:1. Cost: The MMW-23 is a high-end piece of equipment and comes at a premium price, which may be prohibitive for some researchers.
2. Complexity: The system can be complex to set up and require some technical expertise to operate effectively.
3. Size: Due to its precision and adjustability, the MMW-23 is a relatively large piece of equipment, which may present challenges in terms of lab space.
4. Compatibility: While it is compatible with most standard microscopes, it may not be compatible with all, so it's essential to confirm compatibility before purchasing.
Conclusion:The MMW-23 Narishige Three-Axis Hydraulic Micromanipulator is an excellent choice for researchers who require high precision and stability in their patch clamping experiments. Its durability and adjustability make it a valuable investment for long-term research projects. However, its high cost, complexity, and size may make it less suitable for researchers with limited budgets or lab space.
Recommendation:If budget and lab space are not a concern, and you require a high-precision micromanipulator for patch clamping experiments, the MMW-23 Narishige Three-Axis Hydraulic Micromanipulator is a strong recommendation. If you have concerns about cost or compatibility, it would be wise to consult with a scientific equipment supplier to explore other options that may better suit your needs.
Ships same day or next business. Nothing else is included.
Comes as shown in the pictures. Pristine condition.