When it comes to shaker lab equipment, Ohaus is a trusted name that provides high-performance shakers designed to maximize efficiency and accuracy in your laboratory. Selecting the right shaker for your experiments can make all the difference in ensuring reliable results. Here’s how to choose the ideal Ohaus shaker lab equipment to optimize your workflow.
Application-Specific Shaking Motions
Choosing the correct motion for your experiments is key to achieving consistent results. Ohaus shaker lab equipment offers various motions, including orbital, vortex, and rocking. Orbital shakers provide gentle, circular motion ideal for biological samples like mammalian cells. Vortex shakers, known for high-speed agitation, are perfect for smaller volumes that require quick mixing. Rocking shakers offer a gentle rocking motion suitable for incubation tasks like protein purification. Each of these motions is tailored to specific research needs, ensuring that your samples are mixed efficiently without compromising their integrity.
Shaker Capacity: What Size and Type of Vessels Do You Need?
Another factor to consider when selecting shaker lab equipment is capacity. Ohaus offers a range of shakers that can accommodate different vessel sizes, such as 50 mL, 250 mL, 500 mL, 1 L or 2 L flask sizes. It’s important to ensure the shaker has a platform large enough to handle the number and size of samples you intend to mix, allowing for more efficient batch processing. Larger capacity models, like those from Ohaus, are ideal for labs that need to scale up their operations.
Precision Temperature Control for Incubating Applications
Temperature control is essential for many experiments, especially in incubation. Ohaus shaker lab equipment includes incubating models with precise temperature control, which is crucial for growing cultures or conducting protein studies. These models maintain stable temperatures, such as 37°C, to ensure consistent results during mixing.
Conclusion
Choosing the right Ohaus shaker lab equipment with the appropriate motion, capacity, and temperature control will help maximize your lab’s efficiency, ensuring accurate and reliable research outcomes.
