The DuraLab DS-380 Advanced Series Magnetic Hotplate Stirrer provides precise heating and stirring in a compact, durable unit, making it perfect for school, university, and professional laboratory use. Designed for chemistry, biology, and general laboratory experiments, it is ideal for solution preparation, reaction studies, sample incubation, and thermal testing.
With a maximum temperature of 380°C and stirring speeds from 100–1500 rpm, the DS-380 supports volumes up to 20 litres. Its ceramic-coated plate ensures even heat distribution, while the LCD display and touch-button controls allow accurate temperature and stirring control.
Key Features:
- Heats up to 380°C with 1000W power
- Stirring speeds from 100–1500 rpm for up to 5 litres
- PT1000 probe for ±0.5K temperature accuracy
- LCD display with microprocessor control
- Durable, corrosion-resistant ceramic-coated plate
- Brushless DC motor for quiet, low-maintenance operation
- Timer function up to 99h 59min
- Supplied with temperature probe, magnetic stir bar, and support rod
- 2-year warranty
Applications:
- Chemistry labs: solution preparation, reaction rate studies, heating and stirring chemical samples
- Biology labs: sample incubation, buffer preparation, enzyme studies
- Educational labs: practical science experiments in schools, colleges, and universities
- Professional labs: dissolution, mixing, and thermal testing for research or industrial purposes
Technical Specifications:
- Heating Power: 1000W
- Maximum Temperature: 380°C
- Stirring Speed Range: 100–1500 rpm
- Maximum Volume: 5 litres
- Dimensions: 300 x 73 x 110 mm
- Weight: 1.2 kg
- Power Supply: 240V
Overview:
The DuraLab DS-380 Magnetic Stirrer and Hotplate is a reliable, compact, and versatile laboratory tool. Its precise temperature control, variable stirring speed, and durable ceramic plate make it the ideal choice for school laboratories, university teaching labs, and professional research environments. Deliver consistent results for practical science experiments and industrial applications alike.
