The Kinesis IKA 15940-63 Digital Stirring Hot Plate Kit is a high-performance laboratory heating and stirring solution engineered for precise temperature and mixing control. Featuring a 7" x 7" chemical-resistant ceramic top, this compact hot plate stirrer delivers rapid heating and uniform mixing, making it ideal for a wide range of lab applications. With digital controls, an integrated safety circuit, and a robust 230V design, the kit includes everything needed for safe and efficient sample preparation.
Product Features
- Large 7" x 7" ceramic top plate – resistant to chemicals and easy to clean
- Digital temperature and stirring speed control for accurate and reproducible results
- Powerful stirring capability – ideal for low to medium-viscosity liquids
- Integrated safety features including overheating protection and error code display
- Stirring speed up to 1500 rpm for a wide range of applications
- Temperature range up to 500°C for rapid sample heating
- Clear digital display for real-time monitoring of parameters
- 230V operation – suitable for most international lab environments
- Includes magnetic stir bar, temperature probe, and power cable
Benefits
- Efficient and powerful heating – Achieves high temperatures quickly with stable, even heat distribution
- Safe to operate – Integrated safety controls and durable ceramic surface ensure operator protection
- Compact and robust design – Space-saving with a long-lasting construction for heavy-duty lab use
- Digital accuracy – Clearly displays and controls both temperature and stirring speed
- Ready-to-use kit – Comes with all essential components for immediate use
Why Choose the Kinesis IKA 15940-63 Hot Plate Stirrer?
Engineered for modern laboratories, the Kinesis IKA 15940-63 Digital Stirring Hot Plate Kit combines precise temperature control, strong mixing power, and user-friendly features. Whether you're performing routine heating tasks or more advanced sample preparation, this device ensures reliable performance, safety, and efficiency in every application.