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LCD Digital Heating Magnetic Stirrer (MS-H-ProA )

The DLAB MS-H-ProA LCD Digital Heating Magnetic Stirrer is a high-performance, programmable benchtop instrument engineered for reliable, precise, and safe heating and stirring in clinical diagnostics, pharmaceutical quality control, analytical chemistry, and life science research. Combining a maximum stirring capacity of 20 liters with a powerful heating capability up to 340°C, the LCD Digital Heating Magnetic Stirrer is the ideal choice for a wide array of demanding laboratory applications, from routine solution preparation to complex chemical synthesis.

Every LCD Digital Heating Magnetic Stirrer is equipped with a high-resolution LCD display that simultaneously shows the set and actual values for both temperature and speed, a maintenance-free brushless DC motor, and a PID temperature controller. The 5-inch (φ135 mm) ceramic-coated aluminum work plate ensures fast, uniform heating and provides excellent chemical resistance. With an integrated PT1000 temperature sensor port, users can accurately control sample temperature at ±0.2°C, making it suitable for temperature-sensitive assays.

Key user-focused features include three selectable heating modes—fast heating, standard heating, and stable heating—allowing users to choose the optimal thermal profile for their specific application. The programmable timer, ranging from 1 minute to 99 hours 59 minutes, allows for unattended operation. Safety is paramount with two independent safety circuits (420°C over-temperature protection), an independent residual heat warning indicator (>50°C), and an IP21-rated housing for basic spill and particle protection. The RS232 data interface enables remote PC control and data logging.

For the clinical laboratory scientist and quality control analyst, the LCD Digital Heating Magnetic Stirrer delivers the programmable, precise, and safe heating and stirring required for clinical chemistry workflows, buffer and reagent preparation, sample digestion, and dissolution testing. For the patient, the reliable performance of this instrument ensures that diagnostic tests, pharmaceutical products, and food supplies are prepared consistently and accurately, directly supporting effective public health and patient safety.

Non-Heating Magnetic Stirrer (DLAB MS-S)

The Non-Heating Magnetic Stirrer (DLAB MS-S) is a digital, economical, and reliable magnetic stirrer engineered for efficient, reproducible mixing in clinical diagnostic laboratories, pharmaceutical quality control, food and drug analysis, water quality monitoring, and general research. Designed for a wide range of general laboratory mixing applications without the need for heating, this stirrer offers a maximum stirring capacity of up to 20 liters, making it ideal for routine solution preparation and sample mixing.
Every Non-Heating Magnetic Stirrer (DLAB MS-S) features a maintenance-free, spark-free brushless DC motor and a powerful magnetic drive, delivering consistent stirring performance from 100 to 1500 rpm. The digital LCD display with 1 rpm resolution allows for precise speed setting and monitoring, ensuring repeatable stirring conditions across experiments. The ceramic-coated or stainless steel work plate provides excellent chemical resistance for long-lasting durability against aggressive reagents. The ultra-silent and vibration-free design ensures comfortable, quiet operation.
Key user-focused features include digital speed control for precise, reproducible agitation; an optional timer (1–120 minutes) for unattended operation on select models; a compact footprint ideal for crowded benchtops; and robust construction with IP21 protection against spills and particles. The chemical-resistant top plate and spark-free motor make it safe for use in environments where flammable solvents may be present.
For the clinical laboratory scientist, water quality analyst, and pharmaceutical quality control technician, the Non-Heating Magnetic Stirrer (DLAB MS-S) delivers the simple, reliable, and chemical-resistant stirring required for preparing chemical solutions, mixing reagents, and homogenizing samples. For the patient and the public, the consistent and accurate mixing of reagents and samples directly supports reliable diagnostic test results, safe drinking water monitoring, and the quality and safety of pharmaceutical and food products.