Render of a person standing beside the Cryostasis fridge system, showcasing its sleek design and advanced temperature control for storing biological materials.

Cryostasis

Subzero Unfrozen (SU) Freezer

Design

Design

Design

Engineering

Engineering

Engineering

Software + UI/UX

Software + UI/UX

Software + UI/UX

Manufacturing

Manufacturing

Manufacturing

Cryostasis partnered with Brash to develop a precise temperature control system designed for refrigerators storing biological materials Subzero Unfrozen (SU), ensuring stability and reliability. Cryostasis also collaborated with Brash on the design and manufacturing of a custom tablet mount, enclosure design, wire management, CMF and branding, and user interface development. The partnership also extended to strategic design concepts, marketing assets, and user guide creation to support a seamless user experience.


Individual Cryostasis fridge unit with an attached tablet and UI screen, displaying real-time temperature control and monitoring for biological material storage.
Individual Cryostasis fridge unit with an attached tablet and UI screen, displaying real-time temperature control and monitoring for biological material storage.
Individual Cryostasis fridge unit with an attached tablet and UI screen, displaying real-time temperature control and monitoring for biological material storage.
Close-up of the attached tablet displaying the developed UI, showcasing real-time temperature monitoring and control features for the Cryostasis fridge system.
Close-up of the attached tablet displaying the developed UI, showcasing real-time temperature monitoring and control features for the Cryostasis fridge system.
Close-up of the attached tablet displaying the developed UI, showcasing real-time temperature monitoring and control features for the Cryostasis fridge system.
Person holding a tablet displaying the graph view of the temperature protocol, showcasing real-time monitoring and control for the Cryostasis fridge system.
Person holding a tablet displaying the graph view of the temperature protocol, showcasing real-time monitoring and control for the Cryostasis fridge system.
Person holding a tablet displaying the graph view of the temperature protocol, showcasing real-time monitoring and control for the Cryostasis fridge system.
PCB enclosure for the fridge temperature control system.
PCB enclosure for the fridge temperature control system.
PCB enclosure for the fridge temperature control system.
Individual Cryostasis fridge unit with an attached tablet and UI screen, displaying real-time temperature control and monitoring for biological material storage.
Individual Cryostasis fridge unit with an attached tablet and UI screen, displaying real-time temperature control and monitoring for biological material storage.
Individual Cryostasis fridge unit with an attached tablet and UI screen, displaying real-time temperature control and monitoring for biological material storage.

Rigorous development and testing.

Developed with meticulous attention to detail, the system integrates PCB design, C/C++ firmware development, and prototype integration, alongside a Windows application built on the Electron framework. Designed to ensure precise organ preservation, it has been rigorously tested across multiple scenarios to guarantee optimal storage conditions for any procedure.

Unique manufacturing solutions.

Brash optimized low-volume production by partnering with domestic and overseas suppliers, ensuring quick turnaround times and cost-efficient manufacturing without compromising quality.

CAD view of tablet and PCB control module.
CAD view of tablet and PCB control module.
CAD view of tablet and PCB control module.
Enclosure design optimized for manufacturing.
Enclosure design optimized for manufacturing.
Enclosure design optimized for manufacturing.