Thermo Neslab Merlin M100 Recirculating Chiller with Precise Temperature Control and High Cooling Capacity

The Thermo Neslab Merlin M100 is a compact, high-performance _recirculating chiller_ engineered for precise temperature control in demanding laboratory and biotechnological applications. Key features include:

• Capacity: 1.8 liters reservoir volume suitable for continuous operation.
• Flow Rate: Maximum flow of 12.5 L/min with a positive displacement pump delivering 12 L/min at 60 psi, ensuring stable fluid circulation critical for molecular diagnostics and bioprocessing workflows.
• Temperature Range: Adjustable between \-15 °C and +35 °C with excellent stability of ± 0.15 °C, meeting stringent requirements in synthetic biology and biopharmaceutical production pipelines.
• Cooling Power: Robust 3500 W cooling capacity at +20 °C, supporting various thermal management tasks in biomedical research and analytical instrumentation.
• User Interface: Digital display resolution configurable to 1 °C or 0.1 °C, facilitating precise monitoring essential for fluorescence analysis and live-cell imaging.
• Integrated Controls: Features an internal pressure reducer and flow controller to minimize premature wear and enable easy fluid changes, critical for reliable operation in gene editing and cell imaging labs.
• Design: Translucent reservoir allows rapid visual level checks; front removable condenser ventilation panel simplifies routine maintenance—streamlining biomanufacturing and clinical diagnostics workflows.
• Connectivity: USB interface supports data logging and external control integration, enhancing automation in neuroimaging and molecular biology research environments.
• Refrigerant: Utilizes environmentally compliant R-404A refrigerant.
• Dimensions & Weight: Measures 77.2 × 54.0 × 74.3 cm (H×W×D), weighing 115.2 kg suitable for benchtop and industrial settings.

The Thermo Neslab Merlin M100 recirculating chiller is widely adopted in biotechnology, pharmaceutical research, laser applications, and semiconductor manufacturing. Its precise temperature control and reliable cooling performance make it an essential instrument for critical biotechnological processes such as molecular cloning workflows, synthetic biology research, and biopharmaceutical production pipelines.