AM-79-1 MAGNETIC HEATED STIRRER

Specifications

-Speed range: start up-1600rpm, Stepless adjust speed

-Motor power: 40W

-Heating power: 150W

-Blend liquor: 2000ml

Specifications

-Speed range: start up-1600rpm, Stepless adjust speed

-Motor power: 40W

-Heating power: 150W

-Blend liquor: 2000ml

Unleash Powerful Mixing:

• Variable Speed Control: Customize stirring speed from 50 to 2000rpm to achieve optimal mixing intensity for diverse viscosities and volumes.
• Efficient Stirring Mechanism: Powerful magnet ensures smooth and thorough mixing, even for viscous samples.
• Wide Range of Stir Bars: Use various stir bars (sold separately) to accommodate different container sizes and shapes.

Precise Heating Capabilities:

• Accurate Temperature Control: Set and maintain desired temperature from ambient to 300°C with ±1°C accuracy for consistent and reliable heating.
• Digital Display: Monitor temperature precisely and intuitively with the easy-to-read digital display.
• Multiple Heating Modes: Choose from continuous heating, timer mode, or temperature sensor mode for tailored heating profiles.

Designed for Convenience and Safety:

• Intuitive Controls: User-friendly knobs and buttons simplify operation, making it easy to set stirring speed and temperature.
• Durable Construction: Robust build guarantees long-lasting performance and reliability in any lab environment.
• Safety Features: Overheat protection ensures safe operation with automatic shut-off if temperature exceeds limits.
• Non-Slip Surface: Prevents accidental movement of the unit and ensures stability during operation.

Ideal for Diverse Applications:

• Chemical Reactions: Precisely control temperature and mixing for various chemical reactions and syntheses.
• Dissolving Solutions: Efficiently dissolve powders and solids with the combined power of stirring and heating.
• Biological Experiments: Maintain consistent temperatures for cell cultures, enzyme reactions, and other biological processes.
• Sample Preparations: Achieve homogeneous mixtures for further analysis by effectively combining stirring and heating.