SCILOGEX SCIP5-Mini LED Recirculating Chiller with PID Temperature Control (-20°C to Ambient)

The SCILOGEX SCIP5-Mini LED Recirculating Chiller is engineered for precise temperature regulation in laboratory applications, spanning from -20°C to ambient temperature. It is equipped with an advanced PID temperature controller and a built-in PT1000 temperature sensor, enabling high-accuracy temperature control crucial for demanding experiments in biotechnology, molecular diagnostics, and bioprocessing workflows.

Key technical specifications and features include:

• Temperature range: -20°C to room temperature, suitable for cold trap cooling and molecular biology applications requiring stable low temperatures.
• LED display: Crystal-clear, dynamic switching between set temperature and real-time temperature monitoring for user-friendly operation.
• Material construction: Liquid pathways crafted from stainless steel and corrosion-resistant components for durability and compatibility with diverse coolant fluids.
• Refrigerant: Uses environmentally friendly R290 refrigerant, aligning with eco-conscious laboratory standards.
• Protection features: Comprehensive safeguards against short circuit, over-current, overload, and delayed restart, enhancing operational safety in continuous biomanufacturing or synthetic biology systems.
• Integrated drainage: Innovative design combining drain and water outlets facilitates easy maintenance and fluid replacement.
• Reservoir: Large-volume open reservoir supports extended cooling cycles and is ideal for cold trap experiments in cell imaging and fluorescence analysis.
• Power supply: Designed for 110V, 60Hz electrical systems common in research labs.

This model is widely adopted in clinical diagnostics, pharmaceutical research, and biotechnology laboratories, providing reliable and consistent cooling essential for gene editing workflows and live-cell imaging setups. Its precision and rugged design make it critical equipment for laboratories focused on bioprocessing, molecular cloning, and synthetic biology research requiring stable thermal environments.