Industrial Magnetic Stirrer

The LCD Digital Hotplate Magnetic Stirrer (MS10‑H500‑Pro) is an industrial‑grade, programmable benchtop platform engineered to satisfy the most stringent heating and mixing demands of high‑throughput and large‑scale pharmaceutical, chemical, and bio‑production laboratories.

It features a huge 10‑inch (254×254 mm) glass ceramic work plate with a stirring capacity of up to 30 liters for water (industrial‑scale mixing) and a powerful 1350 W heating system that delivers a maximum plate temperature of 500 °C (1 °C increments). The unit's PID‑driven temperature controller (with ±1 °C accuracy) and optional PT1000 external sensor (±0.2 °C sample accuracy) guarantee exceptional reproducibility for critical industrial applications.

The advanced, maintenance‑free brushless DC motor provides digital speed control from 100 to 1500 rpm with 1 rpm resolution, yielding precise, repeatable stirring across a wide viscosity range. The bright, high‑contrast LCD displays real‑time actual temperature, set temperature, and rotational speed simultaneously, while user‑friendly single‑touch controls, a programmable timer (1 min-99 hrs59 min), and an SD memory card slot for GLP‑compliant data logging complete a fully automated package.

Safety is paramount with dual, independent over‑temperature protection circuits (540 °C cutoff), a Residual “HOT” warning indicator (>50 °C active even after power off), a fire‑resistant metal housing, and IP21‑rated splash protection. The glass ceramic work plate and rugged housing are resistant to strong acids, alkalis, and solvents, ensuring long‑term reliability.

For the industrial production chemist, pharmaceutical QC manager, or pilot‑scale R&D scientist, the LCD Digital Hotplate Magnetic Stirrer (MS10‑H500‑Pro) delivers industry‑leading capacity, safety, and precision. For the patient, this ensures that the large‑scale production of critical pharmaceuticals and the reproducibility of industrial bio‑analytical methods are unmatched, directly enabling safe, effective therapies and diagnostics.