Cryogenic storage is one of the most critical stages in IVF.
Deterministic
Cryogenic Control
Embryos. Oocytes. Sperm.
Each one irreplaceable.
Yet in most laboratories, storage still depends on empty sleeves, documentation, and human discipline.
CryoSpacer removes uncertainty from the process.
The Hidden Risk
in Cryogenic Storage
Inside every LN2 tank are physical sleeves — empty slots waiting for goblets.
They are visible
They are documented
But they are not enforced
A goblet can be placed in the wrong sleeve.
The database may say one thing.
The physical reality may say another.
That gap is where risk lives.
From Assumed Accuracy
to Physical
Enforcement
CryoSpacer converts every empty sleeve into a controlled, uniquely identified position.
Every slot becomes:
Physically occupied
Uniquely coded
Digitally mapped
System-aware
There are no anonymous spaces.
No undefined locations.
No silent
misplacements.
Storage becomes deterministic.
How It Works
Before storage, every available sleeve inside the cryobank is populated with a CryoSpacer.
Each CryoSpacer carries a unique identity linked to: Tank, Canister, Level, Position
System Assigns Slot
The system assigns a precise slot for storage.
CryoSpacer Removed
The CryoSpacer in that sleeve is removed.
Goblet Inserted
The goblet is inserted into the precise location.
Scanned to Confirm
The CryoSpacer is scanned to confirm placement.
The physical act and the digital record are synchronized in real time.
If the wrong slot is accessed, the system knows immediately.
Not later. Not during audit. At the moment of action.
No Unassigned Sleeves
When a goblet is removed or thawed, the CryoSpacer returns to the sleeve.
The cryobank always remains structurally complete.
Every position is either:
Occupied by a sample
Or occupied by its CryoSpacer
There is never an undefined space.
This is what makes the system closed-loop.
Storage Policy
Enforcement
CryoSpacer does more than prevent mistakes. It enforces laboratory storage logic.
Configurable rules include:
Grouping samples for the same patient
Distributing samples across tanks for redundancy
Following internal QA protocols
Supporting regulatory requirements
CryoSpacer does not replace policy.
It ensures policy is executed physically.
Deterministic
Thawing
Precision continues during retrieval.
Before thawing:
The correct slot is activated
The CryoSpacer confirms location
The goblet is removed
The CryoSpacer is returned
The action is verified and logged
Availability updates instantly.
There are no reconstruction steps.
No ambiguity.
No uncertainty.
Why This Matters
In IVF, storage is not logistics.
It is long-term trust.
Years later, when a patient returns, their biological material must be exactly where it should be.
Not assumed. Not reconstructed. Known.
CryoSpacer delivers that certainty.
Built for
IVF Reality
Integrates with LabProtector and existing management systems
Works inside existing cryogenic infrastructure
Requires no tank replacement
No complex hardware deployment
Designed for real laboratory workflows
CryoSpacer aligns physical structure with digital intelligence.
The Outcome
Human error is not monitored. It is removed from the storage equation.
Zero Anonymous Positions
Every storage position has a defined identity.
Zero Silent Misplacements
Wrong placements are detected immediately.
Full Traceability
Complete audit trail for every action.
Real-time Verification
Instant confirmation at point of action.
Deterministic Control
Predictable, enforceable storage logic.
CryoSpacer
Because "almost safe" is not safe enough.
Ready for certainty?
Talk to our engineering team about integrating CryoSpacer into your lab.
info@labprotector.com