Smart Medical Courier Totes for Reliable Specimen Transport
IoT-enabled, pre-validated courier totes are used to ensure the temperature integrity of biological samples from the patient processing center to the reference laboratory.
The Challenge: Ensuring Sample Integrity in Transit
Thawed Frozen Samples and Frozen Samples are the two biggest challenges that medical couriers experience. This leads to a delay in diagnostics till a redraw for samples is done. The growing need for accurate, timely diagnostics has put immense pressure on laboratories, medical couriers, and healthcare supply chains. With an aging population and an increasing volume of temperature-sensitive biological samples, maintaining reliable and traceable temperature conditions during transit is more critical than ever.
Without reliable temperature control and real-time monitoring, medical specimen transportation faces major risks:
Akuratemp’s Healthcare Facility-to-Lab Courier Totes
Akuratemp’s Smart Medical Courier Totes are designed to solve the toughest challenges in biological sample transport. Our pre-validated, IoT-enabled courier totes provide precise temperature control for frozen, refrigerated, and controlled room temperature (CRT) specimens, ensuring traceability and reliability throughout the courier journey.
Smart, Reliable, and Traceable Specimen Transport
Akuratemp’s pre-validated, IoT-enabled courier totes ensure temperature integrity, real-time monitoring, and full traceability, so every sample reaches the lab intact and compliant.
Why Akuratemp’s Facility-to-Lab Courier Totes?
Get the Power of Akurasense
Akurasense is an IoT-enabled medical sample cold chain management tool. It ensures end-to-end specimen cold chain integrity for medical couriers. Admins can oversee all assets and trips, generate reports, and assign user roles across multiple locations. Warehouse Managers configure and monitor assets and trips at their respective locations. Couriers use a mobile gateway to ensure temperature and location integrity during trips, receiving real-time notifications and facilitating better analysis of temperature excursions.