DLAB 4/6 Channel LCD Digital Hotplate Magnetic Stirrer – Precision and Efficiency for Parallel Laboratory Applications
The DLAB 4/6 Channel LCD Digital Hotplate Magnetic Stirrer is engineered for laboratories requiring simultaneous stirring and heating of multiple samples. Each channel operates independently, allowing precise control over temperature and stirring speed, enhancing efficiency in parallel experiments.
Equipped with brushless DC motors, the stirrer ensures maintenance-free operation with a speed range of 200 to 1500 rpm. The aluminum work plates with ceramic coating, each measuring Ø134 mm, offer excellent chemical resistance and uniform heat distribution, reaching temperatures up to 280°C.
An intuitive LCD display provides real-time feedback on temperature and stirring speed for each channel. The inclusion of a PT1000 temperature sensor allows for external temperature measurements with an accuracy of ±0.2°C, ensuring precise thermal regulation during sensitive experiments.
Safety features include an over-temperature protection system that activates at 420°C and a “HOT” warning indicator that remains active when the plate temperature exceeds 50°C, even after the unit is turned off. The stirrer’s IP21 protection rating ensures durability against dust and water ingress, making it suitable for various laboratory environments.
With a compact footprint of 701×265×127 mm and a weight of 8.7 kg, the unit is space-efficient and portable. Its user-friendly design and reliable performance make it suitable for a wide range of applications, including chemical synthesis, sample preparation, and general laboratory mixing tasks.
The 4/6-Channel LCD Digital Hotplate Magnetic Stirrer is a powerful multi-position stirring system designed for laboratories requiring simultaneous heating and stirring of multiple samples. Available in 4- or 6-channel configurations, each position operates independently, allowing separate control of temperature and stirring speed via a high-resolution LCD display.
With a robust ceramic-coated heating plate and precise PID temperature control, this system provides fast, uniform heating and reliable stirring performance. Ideal for chemical synthesis, parallel experiments, and high-throughput sample preparation, it supports stirring volumes of up to [insert max per channel, e.g., 400 mL–1000 mL] per position.
The compact and corrosion-resistant design makes it a durable, space-saving solution for academic, pharmaceutical, industrial, and research laboratories that need efficiency without compromising control or safety.
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