Thermo Scientific Forma 821L 220: Ultimate Reach-In Refrigeration for Laboratories

Thermo Scientific Forma Reach-In 821L 220

Product Overview:

The Thermo Scientific Forma Reach-In 821L 220 is a high-performance, energy-efficient laboratory refrigerator designed to meet the demanding storage requirements of biological and pharmaceutical samples. With its spacious interior, advanced temperature control, and user-friendly features, this refrigerator provides a reliable and secure environment for critical materials.

Features and Specifications:

Spacious Interior: 821L capacity accommodates large volumes of samples, maximizing storage efficiency.
Precise Temperature Control: Microprocessor-controlled system maintains temperatures between -20°C to -40°C with an accuracy of ±0.5°C.
Energy-Efficient Design: Insulated walls and energy-saving compressors minimize energy consumption, reducing operating costs.
Digital Display: Easy-to-read display provides real-time temperature monitoring and alarm notifications.
Adjustable Shelving: Removable and adjustable shelves allow for flexible storage configurations to accommodate various sample sizes.
Self-Closing Doors: Magnetic gaskets ensure a tight seal, preventing temperature fluctuations and sample degradation.
Alarm System: Audible and visual alarms alert users to temperature deviations, power failures, and door openings.
Data Logging: Optional data logger records temperature data for compliance and traceability.

Benefits:

Reliable Sample Storage: Precise temperature control and alarm system ensure the integrity and viability of samples.
Energy Savings: Energy-efficient design reduces operating costs and environmental impact.
User-Friendly Operation: Digital display and adjustable shelving simplify operation and maintenance.
Peace of Mind: Alarm system and data logging provide peace of mind and compliance with regulatory requirements.
* Value for Customers: The Thermo Scientific Forma Reach-In 821L 220 offers a cost-effective solution for secure and reliable sample storage, maximizing research productivity and minimizing sample loss.