SCILOGEX SCI7-550H Ceramic-Glass Hotplate with Magnetic Stirring and Digital Timer

The SCILOGEX SCI7-550H is a precision laboratory hotplate featuring a 7 x 7 inch ceramic-glass plate designed for high corrosion resistance against strong acids, alkalis, and elevated temperatures, facilitating easy cleaning essential in biotechnology and molecular diagnostics workflows. Its corrosion-resistant all-metal housing ensures efficient heat dissipation and protection, critical for applications in bioprocessing and biopharmaceutical production pipelines.

Key technical features include:

• Strong magnetic stirring capability, optimized for viscous liquids, supporting uniform sample mixing in gene editing and synthetic biology research.
• Three selective heating modes:
• *Mode A*: Rapid heating for expedited workflows
• *Mode B*: Standard heating for routine lab tasks
• *Mode C*: Stable heating for delicate temperature-sensitive reactions
• Integrated digital timer ranging from 1 minute to 99 hours 59 minutes with an audible alarm to prevent overheating or prolonged exposure.
• Safety mechanisms including temperature lock to prevent accidental settings changes, residual heat warning above 50°C, and over-temperature PT1000 sensor monitoring that disables heating if sensor displacement occurs, ensuring reliability during critical molecular cloning procedures.
• LCD display showing setpoint and real-time temperature values facilitating precise thermal control.
• Waterproof edge design and high-efficiency infusion platform prevent liquid ingress, enabling safe operation in wet chemistry and cell imaging laboratories.
• RS232 interface allows PC control and data transmission using free proprietary software, enhancing integration into automated workflows and biomanufacturing processes.

This hotplate’s technical specifications and programmable functions make it an essential instrument widely adopted in biotechnology labs requiring robust thermal management and stirring solutions for complex live-cell imaging, fluorescence analysis, and other advanced research applications.