Accucold CT66LWSSTBADA 24" ADA Compliant Refrigerator-Freezer with Cycle Defrost

The Accucold CT66LWSSTBADA is a 24-inch wide, ADA compliant refrigerator-freezer offering optimized storage for laboratory and clinical settings. Designed for counter height placement, this unit features a 32" tall cabinet for easy accessibility, meeting ADA guidelines.

• Dual evaporator system ensures precise cooling, separately maintaining optimal temperatures in refrigerator and freezer compartments, critical for biotechnology sample preservation and molecular diagnostics reagents.
• Cycle defrost operation combines automatic defrosting in the fresh food section with manual freezer defrost, reducing temperature fluctuations important for sensitive biopharmaceutical materials.
• Durable 304-grade stainless steel door with a factory-installed lock enhances security and resistance to laboratory environments.
• The unit includes adjustable wire shelves and a transparent glass crisper drawer to accommodate various container sizes, beneficial in cell imaging reagent storage.
• Interior lighting and dial thermostat facilitate convenient monitoring and temperature control, essential for synthetic biology research requiring consistent cold storage.
• Uses environmentally responsible R600a hydrocarbon refrigerant, complying with CARB regulations and supporting sustainability in bioprocessing facilities.
• Electrical safety certifications (ETL, ETL-C) ensure reliable performance in regulated laboratory environments.

With a capacity of 5.1 cu.ft. (144 L), this laboratory refrigerator-freezer is widely adopted in clinical diagnostics, live-cell imaging sample storage, and biomanufacturing pipelines where precise temperature control and accessibility are paramount. The slim 23.63" width allows integration in tight laboratory cabinetry or benchtop setups.

This refrigeration unit is engineered for research laboratories, biotechnology facilities, and biomedical engineering applications, offering superior organizational features and temperature stability critical to molecular cloning workflows and cell biology protocols.