THERMAL ENGINEERING RISK MANAGEMENT PROTOTYPE CONSTRUCTION CLIMATE CHAMBER TESTS QUALIFICATION

THERMAL ENGINEERING RISK MANAGEMENT CLIMATE CHAMBER TESTS QUALIFICATION

CONCEPT
COMPUTER-AIDED THERMAL CALCULATION AND DESIGN
PROTOTYPE CONSTRUCTION
MILLING PATTERNS AND 3D-PRINTING
QUALIFICATION
CLIMATE CHAMBER TESTS AND QUALIFICATION OF THERMAL PACKAGING
PRODUCTION
PRODUCTION EPS- OR EPP-BOXES AND REFRIGERANTS

Risk Management

Risk Lane Analysis –
Avoid temperature deviations

Computer-based modelling of existing passive thermal packaging systems. Based on the 3D model, different scenarios can be thermally simulated. The limits at application of the packaging can be determined and measures can be derived.

Climate chamber tests

Testing and qualifying of thermal packaging solutions

The thermal performance of newly developed or existing thermal packaging is being tested in climate chamber tests. The tested packaging is exposed to different ambient temperatures. How does the passive cooling system work with a summer profile, how with winter profile? The simulated temperatures are based on real temperature data or on standards such as ISTA or AFNOR.

Individual thermal packaging

Everything from a single source – from the thermal design to the climatic chamber test.

Contact

THERMAL ENGINEERING RISK MANAGEMENT PROTOTYPE CONSTRUCTION CLIMATE CHAMBER TESTS QUALIFICATION

THERMAL ENGINEERING RISK MANAGEMENT CLIMATE CHAMBER TESTS QUALIFICATION

CONCEPT

COMPUTER-AIDED THERMAL CALCULATION AND DESIGN

PROTOTYPE CONSTRUCTION

MILLING PATTERNS AND 3D-PRINTING

QUALIFICATION

CLIMATE CHAMBER TESTS AND QUALIFICATION OF THERMAL PACKAGING

PRODUCTION

PRODUCTION EPS- OR EPP-BOXES AND REFRIGERANTS

Risk Lane Analysis – Avoid temperature deviations

Testing and qualifying of thermal packaging solutions

Individual thermal packaging

Risk Lane Analysis –
Avoid temperature deviations