Magnetic Stirrer with 4 Stir Bars – 3000ml (3L) Capacity, Brushless Motor, 12V Laboratory Mixer

$29.99

 

This product is intended strictly for laboratory research, and educational purposes. Not for medical or diagnostic use.

Brand: ONiLAB
Capacity: 3000 mL
Style: Round
Product Dimensions: 5.9 × 5.7 × 2 inches
Item Weight: 10.6 ounces

FREE Shipping & Delivery Times
Standard Shipping USA
3 – 5 Business Days Delivery

Processing Times
Orders can take up to 1 business days to process after placing the order before shipping out.


  • This magnetic stirrer features a compact and space-saving design, making it suitable for laboratory benches, classrooms, and research environments. Its lightweight structure and quiet operation allow convenient daily use in educational institutions and laboratories where consistent and controlled liquid mixing is required.

  • Equipped with a maintenance-free brushless DC motor, this device delivers stable and reliable performance with stepless speed control. The durable motor design ensures long operational life while maintaining smooth and uniform stirring for routine laboratory experiments and technical applications.

  • With a maximum stirring capacity of 3000ml (3 liters), this unit is suitable for mixing low-viscosity liquids in laboratory and instructional settings. The PET top surface provides excellent chemical resistance and is easy to clean after use, supporting safe and hygienic laboratory procedures.

  • The magnetic stirrer includes four compatible stir bars, allowing immediate setup for educational demonstrations, chemistry experiments, biological research, and general laboratory mixing tasks. It is designed for standard laboratory liquids and is not recommended for highly viscous solutions.

  • Suitable for use in academic research, laboratory training, industrial testing, agricultural studies, and health-related research applications. The product is manufactured with quality standards to ensure dependable performance and includes service support in case of manufacturing-related quality concerns.