Toptester provides environmental and mechanical reliability tests for companies R&D and verification functions.
Toptester tests equipments, components and materials according to standards (IEC, Jedec, Telcordia etc.) or clients own specifications.
Testing the reliability of a product or component before the production stage is always recommended. This gives one an idea about the weak spots of the product endurance against occurring stresses. Re-designing the product before production stage has started is a much cheaper option than waiting for field returns and complaints thus start compensating customers.
Toptester testing services are conseptualized to allow the customers to concentrate on their own core functions.
Test planning and tailoring
- Together with the customer
- According to the test plan
- Conclusions and recommendations for the test product
Failure Analysis (optional)
- Post test failure analysis
- Field return analysis
Toptester offers several different types of environmental and mechanical tests. Here you can find all test types Toptester is using. Click the box to get more detailed information about the certain test.
Printed wiring board level test
This service is for companies in need to test, verify or benchmark component reliability.
Temperature and humidity test
Temperature and humidity changes are the most common environmental impacts that products have to endure during their life-cycle.
Vibration testing is needed to estimate the impact of mechanical vibration to products during its life-cycle, from transportation to end-use period.
IP classification test
The IP Code classifies and rates the degree of protection provided to mechanical casings and electrical enclosures.
Wind and rain test
Wind-Driven Rain tests are useful to products that are designed for outdoor use in harsh environments. Icing Rain tests in walk-in chamber.
Salt fog tests are highly accelerated corrosion tests intended mostly for material or surface coating corrosion resistance characterization purposes.
ISTA test procedures are one of the most commonly used transit package testing methods in the world.
Drop tests are for simulating a situation where a user drops the product accidentally.
Failure analysis test
Failure analysis is a process used to collect and analyze data to determine the cause of a failure.
Material tests can include e.g. bending, pulling and push tests. The force applied to the tested materiel can be recorded.