Plasma centers • ULT freezers • product safety • audit evidence

Plasma center refrigeration intelligence for product safety, proof, and faster service response.

Zetecor Cryo gives plasma centers a read-only operating layer for ULT refrigeration: product safety status, audit-ready evidence, and technician-ready context before small alarms become expensive problems.

Product firstController alarms are not treated as the same thing as product risk.
Audit readyEvidence is organized before quality teams are under pressure.
Service clearTechnicians get context, not just a dispatch note.
Read-only firstMonitoring and evidence precede any approved control pilot.

What Zetecor Cryo does

It turns refrigeration alarms into plasma-center operating answers.

A freezer alarm by itself does not tell a center manager whether product is safe, whether records are audit-ready, or whether a technician needs compressor history before rolling a truck. Zetecor Cryo packages those answers by role and site.

Cryo capability

Product-safety clarity

Separate product-probe protection from controller noise so teams know whether stored plasma and biologic assets are actually at risk.

Cryo capability

Evidence without scrambling

Temperature history, alarm context, outage records, calibration watch, service notes, and signoff status stay packaged by site.

Cryo capability

Technician-ready diagnostics

Graph traces, alarm overlays, recovery behavior, and mechanical clues help service teams prepare before dispatch.

Cryo capability

Customer/site hierarchy

One customer can manage multiple centers by city and route users into the dashboard that matches their role.

Clickable dashboard previews

One site truth. Four operating views.

The product should feel different to each user because each role carries a different responsibility. These previews use sample/demo data to show the operating layer without exposing live customer information.

What we integrate with

Built for the messy reality already inside the center.

ULT freezer controllersProduct probes and temp sensorsAlarm logs and event historyCalibration and NIST recordsService notes and field observationsExisting monitoring exports

Trust posture

Useful before control. Safer because the boundary is explicit.

Current live-customer work is monitor-only/read-only. Control actions, setpoint changes, resets, and automation are not part of public/demo workflows and require approved pilot scope, site authorization, and field responsibility.

Compliance and evidence

For plasma operations, proof is part of the product.

Zetecor Cryo is designed to help teams preserve the evidence trail around critical refrigeration events, not just acknowledge alarms.

Evidence layer

Audit packet readiness

Temperature, alarm, outage, calibration, service, and signoff records organized for review.

Evidence layer

Exception trail

Clear timeline of what happened, what changed, who reviewed it, and what still needs attention.

Evidence layer

Calibration / NIST watch

Calibration status and evidence gaps surfaced before they become audit pain.

Evidence layer

Outage and service history

Recovery context, technician notes, alarm replay, and service evidence kept with the asset.

Proof and customer protection

Pilot-ready does not mean publicly exposing customer operations.

The public site shows the pattern, trust posture, and pilot path. Live customer workspaces stay protected and generic from the sales page.

Trust block

Monitor-only/read-only first

Live customer work starts as a visibility and evidence layer. Writes, resets, setpoints, and automation require approved control-pilot scope.

Trust block

Protected customer access

Customer workspaces sit behind approved credentials. Public demo routes use fictional/sample data.

Trust block

Demo data stays separated

Sales and product previews show the workflow pattern without exposing live customer names or operational data.

Trust block

Field/service credibility

The workflow is built around the reality of refrigeration service response, site responsibility, and mechanical handoff.

Pilot path

Start with one center, read-only access, and success criteria everyone can inspect.

A good Cryo pilot should begin with a bounded center, a known asset group, read-only source access, and a clear definition of product safety, evidence, and service-response success.

01

30-minute facility review

Walk through one center, refrigeration assets, current alarms, evidence needs, and who responds today.

02

Read-only access

Map available controller points, probes, alarm logs, exports, and records without changing live operations.

03

Asset / probe map

Confirm units, thresholds, Time-to-Limit logic, protected-range assumptions, and dashboard roles.

04

Pilot success criteria

Define product-safety clarity, audit packet quality, alarm triage, and technician-response improvements.

Protected customer workspace

Live customer access stays behind credentials.

Approved customers access their account, choose the correct site, and open the dashboard view that matches their role. Public pages use generic language and demo data rather than naming live customer operations.

Live source data remains monitor-only/read-only unless an approved control pilot is explicitly scoped.