Protect Critical Samples with Stable -80°C Storage
Engineered for vaccine programs, research labs, and biobanks that cannot afford temperature drift, slow recovery, or unplanned sample loss.
±3°C
Cabinet Uniformity
≤ 32 min
Door-Open Recovery
Up to 5.5 h
Holdover at -70°C
Validated performance
Uniformity, pull-down, and recovery metrics documented for audit trails.
Lower operating cost
Hydrocarbon refrigerant systems designed to reduce daily energy draw.
Risk controls
Multi-layer alarms and backup planning to protect irreplaceable samples.
Buyer Pain Points
Why teams search specifically for a minus 80 freezer
When storage specs are written around -80°C, any instability creates scientific, regulatory, and financial risk.
A few degrees of drift can compromise enzymes, vaccines, or cell-derived materials.
Teams need enough holdover time to execute emergency SOPs without sample loss.
Older ULT systems can consume excessive electricity and inflate total cost of ownership.
Labs must balance capacity, footprint, and acceptable operating noise in active workspaces.
Solution Overview
A -80°C lineup built for reliability and operational clarity
From compact undercounter units to high-capacity upright systems, each model is configured around measurable sample protection outcomes.
Tight uniformity across shelf positions to reduce risk between sample locations.
Rapid return to setpoint after routine access events during busy lab cycles.
Integrated alerting and monitoring pathways for early intervention.
-80°C Product Lineup
Choose by capacity, workflow, and risk profile
Start with validated baseline models and shortlist based on holdover time, energy draw, and footprint.
BN-ULT-86 Automated Ultra-Low Temperature Storage
upright • 728L
Large-capacity -86°C system for vaccine, pharmaceutical, and cell sample storage in regulated laboratory environments.
BN-ULTW-86 Flexible ULT Platform
undercounter • 100L
Compact -86°C module for point-of-use labs and decentralized workflows requiring rapid access and validated thermal performance.
Temperature Performance
Key metrics procurement and QA teams review first
Reference values for planning and model screening before final site-specific qualification.
| Model | Uniformity / Stability | Door-Open Recovery | Power-Fail Holdover | Daily Energy Use | Usable Capacity |
|---|---|---|---|---|---|
| MDF-86V728 | ±3°C / ±1°C | 24 min to -75°C | 5.5 h below -70°C | 13.2 kWh/day | 728 L |
| MDF-86C485 | ±4°C / ±1.2°C | 29 min to -75°C | 4.8 h below -70°C | 10.8 kWh/day | 485 L |
| MDF-86U100 | ±4.5°C / ±1.5°C | 32 min to -75°C | 3.6 h below -70°C | 6.1 kWh/day | 100 L |
Energy and Lifecycle Cost
Lower running cost without trading off sample safety
Energy-efficient refrigeration architecture helps labs control operating expense over multi-year deployments.
Up to 35%
Compared with typical legacy ULT freezers at similar storage capacity.
Dual-protection design
Helps maintain safe temperature during component faults and maintenance windows.
Social Proof
Trusted by vaccine programs, labs, and cell storage teams
Examples of outcomes teams target when upgrading to modern -80°C infrastructure.
Improved alarm response and reduced temperature excursions during peak campaign periods.
Consolidated two aging freezers into one high-capacity unit and lowered energy spend.
Standardized SOPs with integrated monitoring logs for easier audit preparation.
How It Works
From requirement capture to validated operation
Map sample volume, access frequency, and critical holdover requirements.
Select capacity and performance targets aligned with your QA protocols.
Confirm footprint, power conditions, and alarm connectivity before delivery.
Run acceptance checks, train staff, and move samples with documented SOPs.
FAQ
Common procurement and technical questions
Need a -80°C recommendation for your workflow?
Share your sample type, capacity target, and site constraints. We will return a model shortlist with performance-fit rationale.