Design and qualification of temperature-controlled packaging

Technical expertise

Our Technical Team has years of experience in designing or customizing temperature-controlled systems. Its range of application covers all types of packaging: insulated shippers or pallets, cooling bags and reusable containers. Based on a deep understanding of your needs, our engineers evaluate your detailed specifications and help you with selecting the right solution. (Case studies)

Temperature profile modelling and packaging qualification

The temperature profile is a key parameter in qualifying a packaging. Only packaging which is designed considering real external temperatures and the product's exposure duration to those temperatures can properly protect products during transport.

Our approach aims at thoroughly understanding your distribution flow and ensuring the consistency of the selected temperature profiles:

  1. Detailed description of logistic flow
  2. Identification of main stages of preparation, storage and delivery
  3. Estimation of the duration of each stage
  4. Realistic assumptions of average and extreme temperatures at each stage

High-tech equipment

Kalibox has invested in high-tech equipment with the capacity to stress, monitor and validate insulated packaging. Thanks to our wide range of dedicated room chambers, we can reproduce and measure temperature environments from -20°C to +60°C. The Kalibox lab is equipped with the latest equipment for temperature monitoring and data acquisition tools.

ISO 17025 Accreditation

Our testing laboratory is accredited for the realization of thermal tests on temperature-controlled packaging (according to the NF S99-700 Standard).

Cofrac ACCREDITATION
N° 1-2187
Scope
available on
WWW.COFRAC.FR

Development Protocol

As versatile solutions do not suit all needs (too complex, large, heavy and/or expensive), Kalibox relies on sharing knowledge and information with its customers to choose the most suitable solution.

Kalibox's development process is structured in 6 main stages:

1 - Assessment of Operating Conditions

At this stage, our aim is to have the most comprehensive understanding of your requirements.

We collect information around your operational organisation (product characteristics, specificity of shipping conditions) and identify the critical parameters of your distribution (e.g.: thermal sensitivity and temperature range, picking zone temperature, product load, ...).

2 - Selection of Solution

Based on a deep understanding of your needs, our technical department and engineers select or customize the best adapted packaging system.

In case of any new developments, an initial low-cost approach is taken in order to ensure that the solution is appropriate.

3 - Pre-testing of the Insulating Packaging

The aim of this test phase is to ensure that the packaging's performance is in line with the given specifications.

The tests are performed in climatic chambers. Test results are shared with our customers. Analysing this data helps our customers to validate their choice of solution.

4 - Qualification Protocol

The qualification protocol precisely describes the test procedure and parameters in order to enable the packaging qualification.

This document is signed by the Quality Departments of both sides before starting the qualification process in order to ensure that test conditions are representative of the process to be validated and comply with the S99-700 standard requirements.

5 - Qualification report

The qualification report contains the exhaustive description of the tests performed and their results.

It aims at documenting your cold chain management and at explaining the reason behind your choice.

6 - Implementation and Customer Care

Anticipating operational requirements, this phase aims at successfully and rapidly implementing the new packaging.

During that period, additional operational information is collected and on-site training is conducted.

The design of temperature-controlled packaging depends on 2 main parameters:

  • product characteristics
    • thermal sensitivity
    • thermal inertia
    • product dimensions
    • etc.
  • shipping conditions
    • destinations
    • storage and packing conditions
    • logistic flow
    • etc.