Description

The YG1030 Multi-Position Thermostatic Hotplate Magnetic Stirrer is engineered to deliver laboratory-grade precision with its dual independent workstations, providing researchers with unparalleled control over simultaneous experiments. Equipped with top-notch features such as PID-controlled heating and high-torque mixing capabilities, this hotplate is ideal for ensuring accuracy and efficiency in various laboratory settings. Its versatility in capacity, ranging from 50ml to 1000ml per station, makes it suitable for a wide array of experiments and formulations. Whether in pharmaceutical labs, research institutions, or quality control facilities, the YG1030 stands out as a cost-effective and reliable choice.

Market Price

Given its advanced features and research-grade precision, the YG1030’s market price generally falls within the competitive range of $620 to $800. This positioning makes it a considerable investment for laboratories aiming to boost productivity and precision without compromising on quality.

Frequently Asked Questions

Can both stations operate at different temperatures and speeds? Yes, each station allows for independent temperature control up to 400°C and separate speed adjustments, offering maximum flexibility for diverse experimental needs.

What are the benefits of ceramic heating plates? The white ceramic surfaces ensure superior heat distribution, excellent chemical resistance, and ease of maintenance, translating to a longer lifespan and high performance.

Is the YG1030 suitable for mixing viscous solutions? Absolutely. With its high-torque 8W DC motors and a wide speed range of up to 2000 RPM, it efficiently handles viscous materials while maintaining stability with its superfine metal base.

Advantages and Disadvantages

Advantages:

• Dual-zone precision with independent operation increases productivity.
• Ultra-accurate temperature and speed control ensures reliable results.
• Robust ceramic plates enhance durability and resistance.

Disadvantages:

• At 7kg, it requires a sturdy benchtop for optimal support.
• It is not submersible, necessitating careful handling to avoid liquid contact.
• The price point may be higher compared to single-station models, though justified by its dual functionality.

Use in the Field

In practical applications, the YG1030 excels in pharmaceutical R&D for parallel formulation testing, chemical synthesis for controlled reaction optimization, and biotechnology for cell culture media preparation. It is indispensable in material science, particularly for nanocomposite development, where precision and control are paramount.

Recommendations

• Preheat for 10 minutes before critical experiments to ensure optimal performance.
• Clean the ceramic surfaces after each use to maintain efficiency and longevity.
• Utilize high-temperature stir bars rated for 400°C to prevent damage during high-temperature operations.

Features

• Compact and easy to operate with digital display.
• High-temperature resistance and corrosion-proof aluminum housing.
• Ceramic coated aluminum heating plate for even heat distribution.
• Secondary insulation for reduced heat loss and protection of electronics.
• Adjustable temperature and rotation speed.

Technical Specifications