
( Brand: Fisher ), ( Manufacturer Part Number: HARVARD2 ), ( Part Type: Plate Rotator )
The Harvard2 Harvard Plate Rotator Microplate Culture Fisher is an advanced, automated microplate rotator designed for applications in cell culture and high-throughput screening. This rotator is equipped with a robust and accurate motor system, capable of rotating up to 96 microplates simultaneously at various speeds and directions.
The Harvard2 features a user-friendly interface, allowing researchers to easily program and customize their experiments. It includes a variety of rotating modes, including orbital, oscillating, and rocking, to accommodate different cell types and experimental conditions. The rotator also includes a built-in temperature control system, enabling precise temperature regulation between 4 C and 42 C.
The microplate culture fisher is constructed from high-quality materials, ensuring durability and long-term performance. It features a compact design, making it an excellent choice for laboratories with limited space. Additionally, the Harvard2 is designed with safety in mind, featuring a locking mechanism to prevent accidental rotation and a quiet operation to minimize disturbances in the laboratory.
Overall, the Harvard2 Harvard Plate Rotator Microplate Culture Fisher is an essential tool for researchers in the field of cell culture and high-throughput screening. Its advanced features, user-friendly interface, and durable construction make it a reliable and versatile instrument for a wide range of applications.
Pros of purchasing a Harvard2 Harvard Plate Rotator Microplate Culture Fisher:1. Improved Uniformity: The plate rotator ensures even distribution of nutrients and oxygen to the cells, which can lead to more uniform cell growth and a more consistent result in experiments.
2. Time-Saving: The rotator automates the process of shaking or mixing the plates, saving time and reducing the risk of human error.
3. Enhanced Reproducibility: By providing a consistent environment for cell growth, the rotator can help improve the reproducibility of experimental results.
4. Increased Cell Viability: The rotator can promote better cell health and viability by ensuring that nutrients and oxygen are evenly distributed.
Cons of purchasing a Harvard2 Harvard Plate Rotator Microplate Culture Fisher:1. Cost: The rotator can be a significant investment, especially for small labs or researchers with limited budgets.
2. Space: The rotator takes up space, which can be a limiting factor for labs with limited lab space.
3. Complexity: The rotator can be complex to use and require some training to operate effectively.
4. Maintenance: The rotator requires regular maintenance, including cleaning and calibration, which can be time-consuming and require specialized skills.
Conclusion:The Harvard2 Harvard Plate Rotator Microplate Culture Fisher can be a valuable tool for labs that conduct microplate culture experiments. It can improve the uniformity and reproducibility of experimental results, save time, and promote better cell health and viability. However, the rotator can also be a significant investment, require regular maintenance, and be complex to use. Labs should evaluate their needs and budget before deciding whether to purchase the rotator.
Recommendation:If a lab conducts a significant number of microplate culture experiments and has the budget and space to accommodate a rotator, it may be a worthwhile investment. However, if the lab has limited resources, it may be more cost-effective to manually shake or mix the plates instead. Ultimately, the decision to purchase the rotator should be based on the lab's specific needs and resources.
Lot . Used working harvard variable speed plate rotator two plates to rotate. Rotation speed regulator works good.