Huber Unistat P505w Chiller Heater with -51 to 250°C Range and 50 L/min Circulation

The Huber Unistat P505w is a robust laboratory chiller heater designed for precise temperature control across a wide range of -51°C to 250°C, supporting critical research demands in biotechnology, molecular diagnostics, and bioprocessing. Equipped with a 5.7" Pilot ONE touchscreen controller, it offers adaptive, self-optimizing temperature management suitable for applications requiring reliable thermal regulation.

Key technical features include:

• Cooling capacity of 5 kW at 0°C and 0.3 kW at -40°C, enabling efficient thermal regulation for sensitive experiments like live-cell imaging and synthetic biology workflows.
• Heating capacity of 6 kW supporting quick temperature ramp-up needed in gene editing and biomanufacturing processes.
• High-pressure circulation pump with a maximum of 50 L/min at 3 bar, facilitating enhanced heat transfer critical for molecular cloning and biopharmaceutical production pipelines.
• Water-cooled refrigeration system with a hydraulically sealed design to extend the lifespan of temperature control fluids and maintain operational economy.
• Power supply requirement of 460V 3-phase, 60 Hz, optimized for industrial laboratory environments.
• Compact dimensions (460 x 554 x 1453 mm) and net weight of 175 kg enable integration into biotechnological and clinical diagnostic laboratories.

This unit is sold as-is with reported pump errors and requires maintenance; however, its sophisticated temperature regulation and circulation capabilities make it a valuable asset in laboratory thermal management, particularly in biotechnology research, clinical diagnostics, and biomedical engineering where precise temperature cycling is essential. Note that the computer and accessories are not included.

The Huber Unistat P505w is widely adopted in synthetic biology research and bioprocessing settings where reliable temperature control influences experiment reproducibility and product quality. Its high cooling and heating capacities are critical for applications in gene editing and molecular diagnostics workflows requiring stringent thermal conditions.