OxyGenie: The Portable Solution for Continuous Physoxic Environments in Short-Term Oxygen and Temperature Studies

In the fast-paced world of scientific research, the need for precise and adaptable equipment is critical to achieving reliable results. Whether you’re conducting high-resolution microscopy or exploring cellular responses under controlled oxygen conditions, having the right tools can transform your experiments. Enter the OxyGenie—a ground-breaking portable oxygen environment system designed for short-term oxygen and temperature studies. Brought to you by Laftech, a leader in laboratory equipment services and scientific supplies in Melbourne, the OxyGenie offers researchers a versatile, continuous physoxic (hypoxic) environment, ideal for both plant and cell biology. This mobile solution ensures researchers have a reliable and easy-to-use platform, no matter where their experiments take them.

Why Choose the OxyGenie?

The OxyGenie is a low oxygen culture system, tailored for labs requiring a controlled environment for short-term studies. Unlike traditional systems, the OxyGenie is portable, precise, and designed to deliver continuous performance even outside the main lab. Its miniaturised incubation platform creates a stable physoxic (or hypoxic) environment, allowing researchers to perform studies under physiological oxygen conditions. It is an excellent alternative to larger setups like the InvivO2 workstation, making it ideal for start-ups or proof-of-concept validations.

For researchers conducting high-resolution microscopy or irradiation studies, the OxyGenie extends the time cells are exposed to in vivo-like conditions, facilitating more accurate and insightful results. With a chamber volume of 31 to 66 litres and a pinpoint gas mixer that controls oxygen levels with precision, OxyGenie allows for easy O2 transition studies, making it an invaluable tool for modern laboratories.

Continuous, Precise, and Portable Performance

One of the key advantages of the OxyGenie is its portability. Designed for use across multiple locations, the OxyGenie can be transported from lab to lab, floor to floor, or even across buildings while maintaining non-disruptive culture conditions for up to two hours. This unique feature ensures that Laftech’s innovation supports short-term hypoxia studies or high-resolution live-cell imaging without ever needing to connect the device to a power source.

In addition to its portable design, the OxyGenie provides precise control over oxygen and carbon dioxide levels, crucial for maintaining optimal culture conditions. Whether you are working with adherent or non-adherent cell cultures, the system’s ability to facilitate non-disruptive bench-top studies under controlled gas conditions ensures your experiments yield reproducible and reliable results. This technology is essential for understanding cellular responses to oxygen fluctuations and mimicking in vivo-like environments.

How the OxyGenie Transforms Your Lab

Laftech’s commitment to delivering transformative laboratory equipment services is evident in the design of the OxyGenie. This compact, easy-to-store system is compatible with a wide range of applications, from electron microscopy sample preparation to drug screening under controlled oxygen conditions. By offering a portable, user-friendly platform, OxyGenie helps researchers integrate complex hypoxia/physoxia studies into their research protocols seamlessly. As part of Laftech’s array of scientific supplies, the OxyGenie is the cost-effective and efficient solution your lab needs to stay ahead in competitive fields like cell biology and physiological studies.

Streamline Your Research with Laftech

Elevate your research with the power of the OxyGenie—a portable, reliable, and precise solution for creating continuous physoxic environments. Whether you’re conducting short-term oxygen studies or validating start-up research, Laftech has you covered with the most innovative laboratory equipment services and scientific supplies. Contact Laftech today to learn how the OxyGenie can transform your laboratory capabilities and streamline your research.


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