Taylor Wharton LABS 94K Cryogenic Liquid Nitrogen Storage Dewar Base Unit without Controller

The Taylor Wharton LABS 94K base unit is a high-efficiency liquid nitrogen storage system designed for long-term cryogenic sample preservation in both liquid and vapor phase applications. Constructed entirely from stainless steel, it features a single-point aluminum turntable that enables smooth and ergonomic rotation, facilitating easy access and management of cryogenic samples. This unit maintains stable near-liquid nitrogen temperatures essential for preserving sample viability, making it critical in molecular diagnostics, bioprocessing, and biomanufacturing workflows.

Key technical features include:

• LN2 storage capability in both liquid and vapor phases, ensuring versatile sample preservation.
• Low LN2 consumption for operational efficiency and cost-effectiveness.
• Hinged locking lid with automatic defogging for quick inventory viewing and enhanced security.
• Stainless steel table top providing a durable working surface and protecting electrical and plumbing elements.
• Full-height, segmented, and labeled aluminum turntable for organized, ergonomic sample inventory management without mechanical component maintenance.
• Advanced controller-ready design supporting discrete thermistor level measurement and thermocouple temperature resolution within 0.1°C, enabling reliable temperature monitoring, data collection, and event scheduling—vital for clinical diagnostics and synthetic biology research environments.
• Made in the USA, assuring high manufacturing standards and reliability.

This cryogenic storage base unit is widely adopted in biotechnology laboratories for gene editing studies, cell imaging sample storage, and biomedical engineering applications, offering precision temperature stability and sample security essential in biopharmaceutical production pipelines and molecular cloning workflows. Its design minimizes maintenance needs while maximizing sample handling efficiency, making it an indispensable tool for researchers requiring dependable long-term cryogenic preservation solutions.