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Hotplate Magnetic Stirrer — Digital & Analog Models for Lab Heating and Mixing
Our Hotplate Magnetic Stirrer collection features both digital and analog models designed for laboratories that need reliable heating combined with consistent stirring speed. Each unit uses a ceramic-coated or stainless-steel work plate for even heat distribution and chemical resistance, paired with a brushless DC motor for quiet, long-lasting operation.
Digital models in this lineup offer LCD/LED speed and temperature readouts for repeatable, precise control — ideal for labs running standardized procedures. Analog models provide simpler dial-based control at a lower price point, suited for routine mixing and heating tasks where exact settings aren't critical.
Available capacities range from compact single-position units for small-batch work to high-volume plates supporting larger vessels, with speed ranges typically up to 1500rpm and adjustable heating up to 300-400°C depending on the model. Browse the models below to compare capacity, plate size, and control type for your lab's specific application.
FAQ
What is the price range of a hotplate magnetic stirrer?
Pricing varies based on capacity, plate material, and whether the unit is digital or analog — factory-direct models typically offer significant cost savings over major lab equipment brands while maintaining comparable performance specifications.
What temperature can a hotplate magnetic stirrer reach?
Most laboratory hotplate stirrers in this range heat up to 300-400°C, though the exact maximum depends on the specific model and plate material — check individual product specifications for precise ratings.
Can I use a hotplate magnetic stirrer without heating?
Yes, most hotplate magnetic stirrers allow you to run the stirring function independently, so you can use the same unit for both heated and room-temperature mixing tasks.
What plate material is best — ceramic or stainless steel?
Ceramic-coated plates offer better chemical resistance and are easier to clean, while stainless-steel plates tend to be more durable for heavy daily use — the right choice depends on your lab's typical reagents and usage frequency.


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