The Edmund Bühler Hot Plate Shaker, SM 30 AT Control, combines precise orbital shaking with controlled heating for efficient mixing of demanding media. Designed for temperature-sensitive laboratory applications, it offers a large 560 x 400 mm shaking area, adjustable heating up to 120 °C, and an intuitive touch display for simple operation. Ideal for biological, chemical, and microbiological workflows requiring reproducible mixing under heated conditions.
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Note: Attachments are not included and must be ordered separately.
The Edmund Bühler SM 30 AT Control offers exceptional performance for temperature-controlled orbital shaking, ensuring reproducibility and efficiency in complex laboratory processes.
It combines precise orbital shaking with controlled heating for efficient mixing of demanding media. Designed for temperature-sensitive laboratory applications, it offers a large 560 x 400 mm shaking area, adjustable heating up to 120 °C, and an intuitive touch display for simple operation. Ideal for biological, chemical, and microbiological workflows requiring reproducible mixing under heated conditions.
Yes. It is designed for cell culture, solubility testing, and heated incubation with agitation, and offers a shaking area of 560 x 400 mm to support this kind of work.
It has a shaking area of 560 x 400 mm, and is supplied under manufacturer part number 6200 000.
It offers orbital for uniform sample mixing, adjustable up to 120 °C for heat-sensitive or viscous media, digital touch display for control of speed, temperature, and time and programmable run time or continuous operation.
For cell culture, solubility testing, and heated incubation with agitation, the Edmund Bühler model is the better choice, offering a shaking area of 560 x 400 mm. The Heidolph model offers adjustable range from 0 to 2400 RPM for precise mixing control, analog dial speed control with accurate rpm number settings and constant rpm output even at very low speeds and under varying loads, ensuring reliable and reproducible shaking performance as an alternative, while the Edmund Bühler model's orbital for uniform sample mixing and adjustable up to 120 °C for heat-sensitive or viscous media help make it a strong fit for cell culture, solubility testing, and heated incubation with agitation.
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