Benchmark Scientific H2200-H: Compact and High-Performance Digital Incubator
The Benchmark Scientific H2200-H incubator is an effective solution for laboratories requiring precise and reliable thermal regulation. It stands out with its compact design and digital control, offering intuitive and practical use for various applications, such as cell culture, microbiology, or the preservation of sensitive samples.
With its digital control system, it eliminates the need for tedious manual adjustments. Simply program the desired temperature, and the device automatically adjusts the heat while displaying real-time values on its LED screen. This technology ensures stable and precise operation, with a thermal uniformity of ±1.5°C at 37°C, thus providing optimal storage conditions.
The H2200-H features an optimized interior space. With a capacity of 20 liters, it can accommodate various containers, from tubes to large 2-liter flasks. It comes equipped with two removable shelves, allowing the interior space to be adapted to the specific needs of each laboratory. The presence of an integrated electrical outlet inside the incubator is an additional asset, enabling the use of complementary equipment such as agitators or small shakers without compromising temperature uniformity.
One of the major advantages of this incubator is its compact footprint. With external dimensions of 33.5 x 37 x 47.5 cm, it easily fits into confined spaces while maintaining sufficient internal capacity for various experiments. Its weight of 6.5 kg also allows for increased mobility, facilitating its relocation according to laboratory needs.
From an energy perspective, the H2200-H is designed to adapt to a wide range of electrical voltages (100 - 240V, 50-60Hz), offering international compatibility. This flexibility makes it an ideal solution for laboratories with specific power supply requirements.
The H2200-H is an efficient option for researchers and laboratory technicians seeking a reliable, precise, and easy-to-use incubator. It meets the demands of challenging environments while ensuring intuitive use and precise control of temperature conditions.
