Introducing the OHAUS Incubating Cooling Thermal Shakers, engineered to meet the demands of heating and cooling applications that require precise temperature control and consistent high-speed shaking. With a broad temperature range from 17°C below ambient to 100°C, these shakers provide reliable performance to meet your experimental needs. Achieve accuracy by calibrating the temperature when precision is required. The interchangeable blocks enable customization, accommodating different types of tubes and microplates, enhancing versatility. The intuitive touchscreen interface offers a user-friendly experience, allowing you to monitor the progress of your experiments and view all program steps at a glance, streamlining your workflow and ensuring convenience and efficiency.
Discover the OHAUS Incubating Cooling Thermal Shakers designed to provide reliable temperature control and high-speed shaking for heating and cooling applications. With a temperature range from 17°C below ambient to 100°C, these shakers offer consistent and precise performance. Customize your experiments with interchangeable blocks to accommodate various tubes and microplates. The intuitive touchscreen interface allows you to monitor progress and view all program steps, ensuring convenience and efficiency.
Introducing the OHAUS Incubating Cooling Thermal Shakers, engineered to meet the demands of heating and cooling applications that require precise temperature control and consistent high-speed shaking. With a broad temperature range from 17°C below ambient to 100°C, these shakers provide reliable performance to meet your experimental needs. Achieve accuracy by calibrating the temperature when precision is required. The interchangeable blocks enable customization, accommodating different types of tubes and microplates, enhancing versatility. The intuitive touchscreen interface offers a user-friendly experience, allowing you to monitor the progress of your experiments and view all program steps at a glance, streamlining your workflow and ensuring convenience and efficiency.