Temperature Controlled Specimen Transport Kits
- Designed to Minimize Temperature Related Sample Rejection for Diagnostic and Clinical Trial Specimens
- Temperature Stability Implemented with Phase Change Technology
- Solutions are Tested to ISTA 7D Summer and Winter Profiles
- Establish Temperature Compliance with End-to-End Traceability
- Integrated Delivery of Early Warning Signals and Excursion Alarms
- Cloud-Based Real-Time Monitoring of Geo-Location Stamped Temperature, Relative Humidity, Vibration and Light Data
akuratemp® Selection Chart
| Product | Description |
| Specimen Eutectic Plates > -15°C ; +2 to +8°C; +15°C to +20°C; +20°C to +25°C+37°C Download Data Sheet | Akuratemp® ATS Eutectic Plates provide thermal protection during a power outage, lab to lab movement of specimens, and long-distance transportation without breaking the specimen cold chain. They are available for Frozen, Refrigerated, Controlled Room Temperature, and Incubation temperature applications. |
| CRT Specimen Transport Kit +15°C to +20°C Protect from Freezing Download Data Sheet | Akuratemp® ATS1-18PB5-24 CRT Specimen Transport Kit is designed to protect individual patient specimens from freezing during transportation. It is independently tested to ISTA 7D 24 Hour Winter Profile. TagBox™ sensor is integrated to provide cloud-based real-time monitoring of payload temperature and geo-location tracking. |
| CRT Specimen Transport Kit +20°C to +25°C Protect from Heat Download Data Sheet | Akuratemp® ATS2-2PB5-24 CRT Specimen Transport Kit is designed to protect individual patient specimens from heating during transportation. It is independently tested to ISTA 7D 24 Hour Summer Profile. TagBox™ sensor is integrated to provide cloud-based real-time monitoring of payload temperature and geo-location tracking. |
| Universal CRT Specimen Transport Kit +15°C to +25°C Protect from Heat and Freezing All-season Universal Packout Download Data Sheet | ATS3-1822PP5-24 Universal CRT Specimen Transport Kit is designed to protect individual patient specimens from freezing and overheating during transportation. The kit features an all-season universal pack out minimizing operator error. It is independently tested to ISTA 7D 24 Hour Summer and Winter Profiles. TagBox™ sensor is integrated to provide cloud-based real-time monitoring of payload temperature and geo-location tracking. |
| Specimen Courier Tote > -15°C ; +2°C to +8°C ; +15°C to +25°C Download Data Sheet | The PRONGO™ Specimen Courier Totes are designed utilizing phase change technology for temperature control during transportation of biological specimen within healthcare facilities. They are tested to provide stable performance for Frozen, Refrigerated, and Controlled Room Temperature applications. These totes are integrated with a multi-parameter TagBox™ sensor which provides cloud-based real-time monitoring of payload temperature, humidity, vibration, open-box, and geo-location. |
| Specimen Transport Shipper > -15°C ; +2°C to +8°C ; +15°C to +25°C Download Data Sheet | The Celsure® Pre-Validated Specimen Transport Shippers are designed utilizing phase change technology for temperature control during specimen transportation between healthcare networks nationwide. These shippers feature a holdover time of 96 to 120 hours. They are tested to provide stable performance for Frozen, Refrigerated, and Controlled Room Temperature applications. These shippers are integrated with a single-parameter TagBox™ sensor which provides cloud-based real-time monitoring of payload temperature and geo-location. |
| TagBox™ Data Monitoring Network 1X – Single-Parameter Sensor MX – Multi-Parameter Sensor Download Data Sheet | The TagBox™ Data Monitoring Network is a comprehensive and secured cloud-based software system that instantly populates the Track & Sensor Data to the Central Monitoring Platform in real-time. The single-parameter sensor tracks temperature with geo-locations while the multi-parameter sensor tracks temperature, relative humidity, vibration, and light penetration along with geo-location. All data is transmitted via Bluetooth to an app on a Smartphone or a Gateway. The software is engineered with Artificial Intelligence to create a “smart notification” if it senses a temperature excursion or anticipates a malfunction based on the temperature performance curve. |