SCILOGEX SCI550-Pro Digital Hotplate Stirrer with PID Control, 550ºC Max Temperature, 1500rpm Stirring

The SCILOGEX SCI550-Pro is a precision digital hotplate stirrer engineered for biotechnology, chemical synthesis, and biopharmaceutical research applications requiring reliable temperature and stirring control. Featuring independent backlit LCD displays for heat and stirring, it utilizes PID technology to maintain temperature within ±1ºC accuracy, supporting sensitive molecular diagnostics and synthetic biology workflows.

Key technical specifications include:

• Maximum heating temperature of 550ºC, optimized by a glass ceramic work plate for superior chemical resistance and efficient heat transfer essential in bioprocessing and cell culture preparation.
• Stirring speeds digitally controlled up to 1500 rpm, powered by a maintenance-free DC brushless motor that eliminates sparking and extends operational longevity, critical in sterile biomanufacturing environments.
• Ability to operate in heat-only, stir-only, or simultaneous heat and stir modes for versatile laboratory protocols.
• External temperature sensor (PT1000) compatibility allows precise work plate temperature monitoring with ±0.2ºC accuracy, enhancing process reproducibility in clinical diagnostics and synthetic biology research settings.
• Integrated RS232 interface enables remote device control and data communication for automated biotechnology workflows.
• Safety features include overheating protection with a “HOT” warning indicator active above 50ºC even when off, assuring operator safety during extended experiments.
• The unit is cTUVus approved for UL and CSA safety standards and comes with a 2-year warranty, ensuring compliance and reliability in regulated laboratory environments.

Widely adopted in biomedical engineering and fluorescence analysis laboratories, the SCILOGEX SCI550-Pro supports complex experimental setups requiring exact temperature/stirring correlation, making it critical for gene editing, biopharmaceutical production pipelines, and other advanced molecular biology research protocols.