
( Brand: Fisher Scientific ), ( Manufacturer Part Number: 13-247-11 ), ( Model: ISOTEMP )
The Fisher Scientific Isotemp Rotisserie Incubator, model 13-247-11, is a versatile and reliable laboratory instrument designed for the incubation of biological samples. This rotisserie incubator is equipped with a powerful 120V/60Hz motor that allows for 360-degree rotation, ensuring even heat distribution and thorough cooking or incubation of samples.
The incubator chamber is made from high-quality, corrosion-resistant stainless steel, ensuring durability and maintaining a consistent temperature between 32 C and 70 C (90 F and 158 F). The chamber features a large capacity, capable of accommodating up to 12 125-ml round bottom flasks or 18 50-ml tubes, making it an excellent choice for research labs, universities, and educational institutions.
The Isotemp Rotisserie Incubator also includes a digitally controlled temperature display with an adjustable increment of 0.1 C, ensuring precise temperature regulation for your experiments. Moreover, it features a timer with an alarm function, allowing you to set the desired incubation time and receive an audible alert when the process is complete.
The rotisserie incubator is easy to use, featuring a convenient front-access door and removable basket for sample loading and unloading. It is also designed with safety in mind, featuring an automatic shut-off mechanism that activates when the door is not fully closed to prevent accidental operation.
In conclusion, the Fisher Scientific Isotemp Rotisserie Incubator is a high-performance, versatile, and reliable laboratory instrument that provides even heat distribution, precise temperature control, and large capacity, making it an excellent choice for a wide range of incubation applications.
Pros of the Fisher Scientific Isotemp Rotisserie Incubator (Model 13-247-11):1. Capacity: This incubator has a large capacity, capable of holding up to 12 or more 100mm petri dishes or 9 150mm dishes. This makes it suitable for large-scale experiments or multiple experiments at once.
2. Rotisserie Function: The rotisserie feature allows for even heat distribution, reducing the risk of cold or hot spots. This is beneficial for maintaining consistent incubation conditions and ensuring even growth of microorganisms.
3. Temperature Control: The incubator has a digital temperature controller with an accuracy of 0.2 C. This ensures precise temperature control, which is crucial for certain experiments.
4. Humidity Control: The Isotemp Rotisserie Incubator also has a built-in humidity control feature. This is beneficial for experiments that require specific humidity levels, such as those involving fungi or certain bacteria.
5. Durable Construction: The incubator is made of high-quality materials, including a stainless-steel cabinet and a clear polycarbonate door, making it durable and easy to clean.
Cons of the Fisher Scientific Isotemp Rotisserie Incubator (Model 13-247-11):1. Size: Due to its large capacity, this incubator may take up more space than smaller models. If space is limited, this may be a disadvantage.
2. Price: The Fisher Scientific Isotemp Rotisserie Incubator is a high-end product, and its price reflects its features and quality. If budget is a concern, there may be less expensive options available.
Conclusion:The Fisher Scientific Isotemp Rotisserie Incubator (Model 13-247-11) is a high-quality, large-capacity incubator with a rotisserie function, precise temperature and humidity control, and a durable construction. Its main disadvantages are its size and high price. If space and budget are not concerns, this incubator is a great choice for large-scale experiments or for researchers who require precise temperature and humidity control. However, if space or budget are limiting factors, there may be less expensive or more compact options available that may better meet your needs.
Recommendation:If you have the space and budget, the Fisher Scientific Isotemp Rotisserie Incubator (Model 13-247-11) is a great choice for researchers who require precise temperature and humidity control and have large-scale or multiple experiments. However, if space or budget are limiting factors, it may be beneficial to explore other options that better meet your needs.
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