Essential
Everything you need to get started.
Starting from€299
Included
Get a quote - Data logger rental
- Calibrated data loggers
- Calibration certificates
Temperature mapping for pharmacies
Facing a pharmacy inspection visit, an internal quality review, or a new medicine refrigerator? A temperature mapping study by Temperature Mapping Europe gives you the audit-ready evidence that your 2-8 °C storage, your stockroom and your dispensing automats are demonstrably operational, with the monitoring probe placed where the data justify it.
In brief
Temperature mapping is a documented study that measures whether every product location inside your pharmacy refrigerator stays within 2-8 °C, and whether the stockroom, counter and dispensing automats stay within the ambient limits stated on the label. The study identifies warm and cold spots, justifies where the routine monitoring probe should sit, and produces the audit-ready dossier that pharmacy inspection visits expect.
Temperature mapping, your way.
Most popular
Professional
Expert support from start to finish.
Starting from€599+ logger rental
Included
Get a quote - Data logger rental
- Calibrated data loggers
- Calibration certificates
- Mapping protocol
- Data analysis
- Hot & cold spot identification
- Expert mapping report
- Ready for audit
Complete
Fully managed, from start to finish.
Starting from€999+ logger rental
Included
Get a quote - Data logger rental
- Calibrated data loggers
- Calibration certificates
- Mapping protocol
- Data analysis
- Hot & cold spot identification
- Expert mapping report
- Ready for audit
- Complete on-site execution
Three questions an inspection visit will ask about your pharmacy fridge
In pharmacy inspection reports one requirement returns in every visit: temperature monitoring of storage areas, pharmaceutical refrigerators, pharmacy stock robots and dispensing automats must be demonstrably operational. In the Netherlands, the pharmacy Practice Guideline (Richtlijn Praktijkvoering section 2.4.2.5 and note 23) requires demonstrable control of storage temperature; a mapping study is the accepted way to substantiate this. Three questions follow directly from that.
"Where is your monitoring probe inside the fridge, and why exactly there?"
Without a mapping study, the probe usually sits where the manufacturer placed it, often mid-back at a convenient height. Mapping replaces that with data: the probe moves to the actual worst-case position, or its current position is justified against the mapping graphs.
"How do you know the top shelf stays in spec during the morning peak?"
Every door opening costs stability, and the effect is not evenly spread over the shelves. Mapping quantifies the difference between 08:30 and 12:00 on a busy morning, and between the shelf near the door seal and the shelves lower down. That is where an out-of-specification excursion first appears.
"How do you know a vaccine against the back wall isn't dropping below 2 °C?"
Behind the evaporator plate the local temperature can dip below 2 °C during a defrost cycle. Protein vaccines, insulin and biologics can be silently damaged at sub-zero temperatures, without any visual change to the vial. Mapping shows whether this actually happens under your loading and your thermostat setting.
Test your own file against the questions an inspection visit raises
The three questions above are just the start. Our free audit-readiness check runs your temperature-mapping and monitoring documentation past the control points that pharmacy inspectors actually raise, tailored to your equipment: pharmacy refrigerator, stockroom, dispensing automat or ambient storage. In five to ten minutes you receive a PDF report showing where your file is strong, and where an inspection visit might raise a finding.
Grounded in professional pharmacy practice guidelines, EU GDP up to the pharmacy door, WHO and ISPE, plus 37 concrete findings from 58 Dutch inspection reports.
Carried out with expertise from pharma and pharmacy practice
At Temperature Mapping Europe, your project is handled by people who have worked on both sides: the pharmaceutical quality frameworks that inspections reference, and the practical reality of medicine storage inside a working pharmacy.
Pharma quality and pharmacy practice experience
We combine hands-on experience in quality management within EU-GMP/GDP environments for pharmaceutical manufacturing and distribution with practical familiarity of how a community or hospital pharmacy actually stores, monitors and dispenses medicines. That means the dossier speaks the language an inspection visit expects, and the measurement setup fits the way your pharmacy actually runs.
Practical and risk-based
The people assessing your fridge, stockroom or dispensing automat come from industry. They understand both the guidance and how temperature mapping is assessed in practice by pharmacy inspectors and internal quality officers.
Vendor-neutral
Temperature Mapping Europe is an independent company, not a manufacturer, distributor or label of any equipment supplier. We sell no monitoring systems of our own and choose data loggers on a brand-neutral basis. Our approach follows ISPE, WHO, GDP, GMP and HACCP guidance, independent of any supplier.
Personal approach
The same person helps define the measurement setup, assesses the fridge or stockroom, processes the data and writes the report. That gives you short lines, fast planning and one fixed point of contact.
Arranged quickly. Soundly substantiated.
What gets measured, and how much of it
The number of loggers, the study duration and the risk zones depend on which storage condition applies to your medicines. Below is the typical scope for pharmacy storage; the exact plan is set in the mapping protocol, on a risk-based rationale per WHO PQS and ISPE GPG.
Pharmacy refrigerator
For vaccines, insulin, biologics, eye drops and other medicines requiring refrigeration. Typical scope for an upright pharmacy fridge: 9 to 18 measurement points across shelves, door zone, back wall and near the evaporator plate, over at least 72 h including a normal opening-hours cycle and a weekend rest.
- Warmest and coldest shelf under real loading
- Door-open excursions during the morning peak
- Freezing risk against the back wall or evaporator plate
- Justified monitoring probe position
Stockroom, counter and dispensing automat
For products with a labelling statement such as "do not store above 25 °C" or "do not store above 30 °C". Each location (stockroom, counter, night safe or dispensing automat) is treated as its own mapping subject and starts at the WHO baseline of at least 9 loggers, scaling up with volume and complexity. A full ambient sweep of a pharmacy typically runs over at least one full week including a summer weekend.
- Solar load on external walls and windows
- Weekend regime when HVAC steps down
- Internal zones inside the dispensing automat or pharmacy robot
- Whether "do not store above 25 °C" is defensible
Each pharmacy location has its own risks
Measurement points are selected based on how the location is used, which products are stored there, the labelling temperature limit and the question the dossier needs to answer.
LocationWhat does mapping assess?Typical output
Pharmacy refrigeratorDoor influence, upper and lower shelves, rear wall, evaporator plate and loading.Justified 2-8 °C product zones and monitoring probe position.
StockroomWarmest shelf, external wall, sunlight, ventilation and weekend regime.Assessment of whether ambient storage below 25 °C or 30 °C is defensible.
Counter and dispensaryTemporary storage, equipment heat, sunlight and peak-hour temperatures.Advice on whether stock may remain there and for how long.
Dispensing automat and pharmacy robotInternal temperature zones, sensor placement inside the cabinet, door-cycle impact.Substantiation that the automat meets the required storage conditions.
Night safe or collection cabinetExternal-wall exposure, limited ventilation, night and weekend conditions.Insight into whether out-of-hours storage is controlled.
What does the dossier contain?
A pharmacy mapping dossier should make it clear why the study design was logical, what the data show and how routine monitoring follows from the results.
"The mapping showed our top shelf was one degree warmer during the morning than the sensor position suggested. We moved the probe and reorganised the fridge before the inspection visit."Pharmacist, community pharmacy
Mapping protocolScope, duration, interval, conditions and acceptance criteria.
Risk assessmentJustification of critical locations inside the fridge and across the pharmacy.
Measurement planRationale per logger position, including shelves, door zone and back wall.
Data and graphsRaw data, trends and summary per measurement point.
Hot/cold-spot analysisAssessment of temperature extremes and monitoring probe advice.
ConclusionSuitability of the refrigerator, stockroom or automat, including certificates.
See a measurement-point proposal for your own fridge
Before requesting a quote, use the free 3D mapping tool to sketch your pharmacy refrigerator, stockroom or dispensing automat. You get a proposed sensor layout, an estimated number of loggers and a first indication of the study scope, so the consultation starts with a concrete picture instead of a blank sheet.
When to use mapping?
Mapping is especially useful when medicine storage must be demonstrable or when the situation inside the pharmacy has changed.
New pharmacy refrigerator, dispensing automat or stockroomChange to layout, HVAC or fridge positionPreparation for an inspection visit or internal quality reviewSubstantiation of the monitoring probe positionFreezing complaints or doubts about the back wallHeat complaints, sunlight or uncertainty about ambient temperatureExpansion with a new medicine fridge or ward fridgeRequalification after repair or a thermostat change
Request advice for your pharmacy
Frequently asked questions
What does temperature mapping for a pharmacy refrigerator involve?
Temperature mapping for a pharmacy refrigerator is a documented study of the temperature distribution inside the fridge. Over a representative period of at least 72 hours, including a busy opening-hours cycle, it identifies the warmest and coldest positions, shows whether they stay within 2-8 °C, and justifies where the routine monitoring probe should sit. The result is the audit-ready dossier that pharmacy inspection visits expect. The same method extends to stockrooms and dispensing automats for ambient storage.
Is temperature mapping required for pharmacies?
No single EU regulation names temperature mapping as mandatory for community or hospital pharmacies, but every European jurisdiction expects that medicine storage is demonstrably suitable. Pharmacy inspection reports return to the same requirement: temperature monitoring of storage areas, pharmaceutical refrigerators, pharmacy stock robots and dispensing automats must be demonstrably operational. In the Netherlands, the pharmacy Practice Guideline (Richtlijn Praktijkvoering section 2.4.2.5 and note 23) requires demonstrable control of storage temperature; in practice, a temperature mapping study is the accepted way to substantiate this. Comparable national pharmacy standards apply elsewhere in the EU.
How many measurement points does a pharmacy refrigerator need?
For a typical upright pharmacy refrigerator we usually place between 9 and 18 loggers, distributed across shelves, near the door, along the back wall and close to the evaporator plate. The lower bound follows the WHO PQS baseline of at least 9 measurement points for storage volumes up to about 2 m³; larger fridges, walk-in cold rooms and ward medicine rooms scale up from there. The exact number depends on volume, shelf configuration (e.g. wired shelves with good circulation compared to closed shelves with poor air circulation), and is documented in the mapping protocol.
Where should the fixed monitoring probe sit inside the fridge?
The monitoring probe should sit where the mapping data identify the worst-case position, so a routine alarm triggers before any product location goes out of specification. For a pharmacy refrigerator that can be the warmest spot during the morning peak, the coldest spot near the evaporator plate when the risk is freezing of biologics, or in some cases both, with two probes. Another position is only defensible when the mapping data justify it. The principle, in line with EU GDP and ISPE Cold Chain guidance, is that the choice is data-driven and documented, not the position the manufacturer happened to pick.
How often should a pharmacy refrigerator be re-mapped?
European regulations do not fix an interval for re-mapping a pharmacy refrigerator. In practice, a full re-mapping is typically repeated every 2 to 3 years for a stable installation, with an annual paper review of the existing dossier in between. Any significant change triggers earlier re-mapping: thermostat replacement, moving the fridge, a changed loading pattern/shelves or unexplained deviations picked up by routine monitoring.
How long does a pharmacy temperature mapping study take?
The measurement itself typically runs for at least 72 hours for a pharmacy refrigerator. For an ambient stockroom the measurement extends to at least one full week including a weekend. Temperature Mapping Europe can move quickly: with the protocol upfront (3 to 5 working days) and the analysis and dossier afterwards (5 to 10 working days), the total lead time from intake to delivered dossier is typically 2 to 3 weeks. Level 1 self-measurement can move faster, but delivers no external analysis or report.
How much does temperature mapping for a pharmacy cost?
The cost of temperature mapping for a pharmacy depends on the scope and how much your team performs. Temperature Mapping Europe offers three service levels: from €299 for calibrated logger rental (Level 1), from €599 for a protocol upfront and analysis report afterwards with your team placing the loggers on site (Level 2), and from €999 for complete on-site execution (Level 3). When multiple units of the same type, such as several pharmacy refrigerators, are mapped in the same visit, we can offer a more favourable rate because the same protocol carries across them.
What is the difference between temperature monitoring and temperature mapping in a pharmacy?
Temperature monitoring and temperature mapping answer different questions. Monitoring runs continuously in daily operation, using one or a few fixed sensors that alarm when the fridge or stockroom goes out of specification. Temperature mapping is a one-off study with many loggers on different positions over a representative period; it identifies where inside the space the warmest and coldest points sit, and justifies where the monitoring sensor should be placed to catch excursions first. In short: mapping is what tells you where monitoring belongs. See the difference between monitoring and mapping for the full comparison.
Do dispensing automats and pharmacy robots also need temperature mapping?
In principle yes, and pharmacy inspection reports explicitly ask for it. A dispensing automat, whether a Rowa, Meditech, Willach or another brand, is a storage location: it has its own internal temperature zones, its own door and dispense-motor movement pattern, and its own sensor placement. Mapping shows whether the actual temperature inside the automat meets the required storage condition and whether the manufacturer's sensor is representative. For an automat with a refrigerated compartment, the study covers both the ambient section and the 2-8 °C section. In practice the loggers are placed in dead-zones or on fixed positions where the robot cannot mistake them for stock.