Accucold ACR161W 19" Wide Compact Healthcare Refrigerator with Digital Thermostat

The Accucold ACR161W is a compact healthcare refrigerator specifically engineered for precise cold storage in clinical and biomedical laboratory environments. Designed for applications in medical offices, biotechnology labs, and molecular diagnostics, it maintains a stable temperature range from 2º to 8ºC, critical for biopharmaceutical production pipelines and molecular cloning workflows.

Key technical features include:

• Digital microprocessor thermostat for accurate temperature control with external user interfaces allowing temperature display in °C or °F.
• Buffered temperature probe enclosed in a glass bead-filled vial, conforming to CDC and VFC guidelines, provides temperature readings closely matching stored contents.
• High/low temperature audible alarms and an open door alarm promote compliance and prevent temperature excursions.
• Automatic defrost system minimizes maintenance while ensuring consistent cooling performance.
• Internal fan-forced refrigeration ensures uniform temperature distribution throughout the 1.58 cu.ft. (45 L) interior volume.
• A factory-installed keyed lock secures sensitive biological samples; the unit also features CARB-compliant, eco-friendly R600a refrigerant with minimal environmental impact.
• Compact dimensions (22.88" H x 18.75" W x 18.38" D) with a recessed pocket handle optimize bench or freestanding placement in biotechnology and clinical laboratory settings.
• Additional design elements such as LED interior lighting, a self-closing door, and an access port for external temperature monitoring equip the ACR161W for integration with monitoring systems in advanced research environments.

This refrigerator is essential for research areas requiring stable cold storage of reagents, vaccines, enzymes, and biological specimens, making it popular among biomedical engineers, cell imaging specialists, and clinical diagnostics laboratories engaged in critical sample storage and bioprocessing workflows. Its specialized features support synthetic biology research and gene editing projects that demand stringent temperature control.