0
JoanLab HS-19T Digital Magnetic Stirrer with Hot Plate, 1600RPM
Catalog No :
CAS Number :
Brand :
In Stock
Maximum stirring capacity: 5000ml
Heating power: 600W
Stirring Power: 50W
Power supply: 220V (EU Plug )
Speed: 0-1600r / min
Temperature range: 0 -380 ℃
Anticorrosive ceramic coating
Working panel size: 190 x 190 (mm)
Specifications:
| Application | Routine Laboratory Applications | Warranty | 1 Year |
| Max Speed | 1,600 RPM | ||
| Storage Temperature | Room Temperature | ||
| Product Type | Laboratory Equipment | ||
| Product Brand | JoanLab | ||
| Product Grade | Analytical grade | ||
The JoanLab HS-19T Digital Magnetic Stirrer with Hot Plate is a high-performance laboratory instrument designed for precise heating and mixing of liquids in scientific, industrial, and educational environments.
With a maximum stirring capacity of 5000 mL, a wide temperature range up to 380°C, and adjustable stirring speeds up to 1600 RPM, this unit delivers reliable and consistent performance for a broad range of laboratory applications.
Its ceramic-coated workplate ensures excellent chemical resistance and durability, while the digital control system enables accurate and reproducible operation.
Key Features and Benefits
High Stirring Capacity
Supports volumes up to 5000 mL, making it suitable for both routine and large-scale laboratory applications.
Wide Temperature Range
Heating capability from ambient to 380°C ensures efficient thermal processing across various experimental conditions.
Precise Speed Control
Variable speed range of 0–1600 RPM allows controlled mixing for different viscosities and solution types.
Efficient Heating and Stirring Performance
Equipped with 600W heating power and 50W stirring power for rapid and uniform results.
Digital Control System
Provides accurate adjustment of temperature and stirring speed for reproducible experimental outcomes.
Chemical-Resistant Workplate
Anticorrosive ceramic coating protects against chemical spills and high temperatures, ensuring long-term durability.
Compact and Robust Design
Designed for reliable daily use in research laboratories, academic institutions, and industrial environments.
Standard Power Configuration
Operates on 220V power supply (EU plug), compatible with standard laboratory electrical systems.
Technical Specifications
| Attribute | Specification |
|---|---|
| Model | HS-19T |
| Maximum Stirring Capacity | 5000 mL |
| Heating Power | 600 W |
| Stirring Power | 50 W |
| Speed Range | 0–1600 RPM |
| Temperature Range | Up to 380°C |
| Working Plate Size | 190 × 190 mm |
| Plate Material | Ceramic-coated (anticorrosive) |
| Power Supply | 220V (EU plug) |
Applications
- Chemical and pharmaceutical research
- Sample preparation and reagent mixing
- Biology and biochemistry experiments
- Industrial laboratory processes
- Academic and teaching laboratories
- General-purpose heating and stirring applications
Usage Guidelines
- Adjust temperature and stirring speed according to experimental requirements
- Use compatible magnetic stirring bars for optimal performance
- Ensure adequate ventilation when heating volatile substances
- Clean the ceramic surface regularly to maintain chemical resistance
- Follow all laboratory safety protocols during operation
Safety and Compliance
- Intended for laboratory use only
- Not for medical or diagnostic applications
- Use appropriate personal protective equipment when handling heated materials
- Refer to the user manual and safety documentation for proper operation
Unique Advantages
- High heating power combined with precise stirring control
- Large working capacity suitable for diverse applications
- Durable ceramic-coated plate for chemical resistance
- Reliable performance for both research and industrial use
- User-friendly digital interface for consistent results
The JoanLab HS-19T Digital Magnetic Stirrer with Hot Plate offers a dependable and efficient solution for laboratories requiring accurate temperature control and uniform mixing. Its robust design, high performance, and versatility make it an essential instrument for modern laboratory workflows.