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Labmate -86°C Ultra Low Temperature Freezer LMULT-D105

Labmate -86°C Ultra Low Temperature Freezer LMULT-D105

The Labmate -86°C Ultra Low Temperature Freezer LMULT-D105 is an industrial-scale preservation system providing a massive 728L interior chamber. Engineered for bulk storage, it utilizes a redundant dual-compressor system (SECOP) to maintain a rock-solid temperature range between -40°C and -86°C. The cabinet is built with a specialized stepped door frame and a high-performance VIP+PURF insulation matrix, offering the highest level of thermal protection in the D-series.1 With its 7-inch LCD touchscreen and the capacity to store over 50,000 vials, the LMULT-D105 is the premier choice for centralized biorepositories and high-throughput pharmaceutical labs.2

  • Product Info

    Technical Specifications

    Parameter Details
    Capacity 728 L / 25.7 Cu.Ft
    Operating Temperature -40°C to -86°C
    Ambient Temperature 10°C to 32°C
    Cooling Method Direct cooling (Manual Defrost)
    Compressors 2 × SECOP (Independent Units)
    Pull Down Time 247 min
    Warm Up Time 292 min
    Insulation VIP + PURF (Superior Thermal Barrier)
    Internal Material Stainless Steel
    External Material Color-sprayed steel
    Storage Organization 3 Shelves / 2 Access Ports (25mm)
    Storage Capacity 504 Boxes (2-inch) / 50,400 Sample vials (2ml)
    Display 7-inch LCD Touch Screen
    Power Consumption 23.44 kWh/24h (1400W)
    Noise Level 50 dB
    Interior Dimension (W×D×H) 963 × 571 × 1350 mm
    Exterior Dimension (W×D×H) 1248 × 975 × 1994.5 mm
    Net Weight 316 kg
    Gross Weight 392 kg

    Key Features

    • Redundant Dual Cooling: Features two independent compressors that ensure uninterrupted cooling performance, providing a critical safety net for high-value biological assets.

    • Exceptional Thermal Retention: The 292-minute warm-up time—nearly 5 hours—is achieved through a combination of Vacuum Insulation Panels (VIP) and a stepped door frame design that minimizes cold air leakage.

    • Bulk Storage Management: Specifically designed to accommodate up to 50,400 individual 2ml vials, making it ideal for large-scale archival and biobanking.

    • Intelligent Control Interface: The 7-inch color touchscreen simplifies system navigation, allowing for real-time monitoring of thermal trends and instant access to alarm history.3

       

    • Data & Maintenance Connectivity: Includes an easy-access USB interface for rapid data export and quick-release condenser filters for tool-free routine maintenance.

    • Robust Hardware: Equipped with heavy-duty hinges and castors to support the 316 kg unit weight while ensuring smooth mobility and structural integrity.

    Optional Accessories

    • Data Support: Chart Recorder and Digital Data Logger

    • Emergency Cooling: CO2 Backup System and LN2 Backup System

    • Safety: Specialized Cryo-Gloves

    Applications

    • Industrial Laboratories: Long-term stabilization of bulk vaccines, enzymes, and pharmaceutical precursors.

    • Research Institutes: Archiving of massive biological libraries, including human cells and viral strains.

    • Clinical Facilities: Reliable high-volume storage for blood components and diagnostic markers.

    • Biobanking: Centralized preservation for large-scale genomic and proteomic collections.

    Selection Guide

    The Labmate LMULT-D105 is the ideal choice for facilities requiring:

    • Maximum Internal Volume: Provides one of the largest storage capacities in the D-series, allowing for the consolidation of multiple smaller units into one footprint.

    • Safety for Irreplaceable Samples: The nearly 5-hour warm-up time and dual-compressor redundancy make this unit the safest choice for high-stakes research materials.

    • High-Efficiency Bulk Access: The combination of a large touchscreen and a stepped door design is optimized for environments where the freezer is accessed frequently throughout the day.

    • Critical Backup Options: The compatibility with both CO2 and LN2 backup systems ensures that thermal stability can be maintained even during catastrophic facility power failures.

     

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