Reflect Scientific Launched PF-90 Blast Plate Freezer
The Orem-based company introduced a new cryogenic freezing system that reaches -80°C in ten minutes.
Updated on Oct. 13, 2026 in Life Sciences
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Reflect Scientific has officially launched the PF-90 Blast Plate Freezer, a new system designed for laboratory applications. The device utilizes a hybrid cooling method to reach temperatures as low as -90°C without relying on traditional compressors.
Why it matters
By eliminating compressors and circulated refrigerants, this design minimizes potential mechanical failure points and reduces electrical demand in laboratory environments. The system offers an alternative to conventional cooling technology while prioritizing long-term durability for life sciences research.
The PF-90 operates within a temperature range of 40°C to -90°C with a peak temperature variation of ±2°C from the setpoint. Each unit supports a maximum capacity of eight 12 L bags and weighs approximately 738 kg (1,626 lbs).
The players
Reflect Scientific
This Orem-based technology company specializes in the design and manufacturing of specialized cooling and storage equipment for the life sciences sector.
The details
The system integrates liquid nitrogen blast freezing with conductive plate freezing in one unit to manage internal temperatures. This configuration allows the device to reach -80°C from ambient temperatures in approximately 10 minutes while maintaining strict performance metrics.
Timeline
October 13, 2026: Reflect Scientific launched the PF-90 Blast Plate Freezer.
The Big Picture
The PF-90 marks a departure from compressor-based mechanical refrigeration systems by utilizing proprietary liquid nitrogen technology to achieve rapid cooling. This shift toward nitrogen-based conductive plate freezing reduces mechanical complexity within life sciences laboratory equipment.
The freezer's rapid cooling capabilities and 20-year warranty may reduce long-term maintenance costs and hardware failure rates for research facilities. These features impact laboratory workflows by shortening the time required for sample preparation and storage.
The takeaway
Laboratories may benefit from evaluating the total cost of ownership when comparing nitrogen-integrated systems against traditional electrical cooling units. Prioritizing equipment with fewer mechanical failure points can help ensure the stability of sensitive biological samples over the long term.
Further reading
For more information on innovations in this sector, visit Life Sciences.
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