Product Description

If PCBs are overstrained during production, storage or transport, they can take unnoticed mechanical damage and fail systematically later in their service life. Critical straining forces can also occur when the PCB passes through a test stand as part of the production line, for example when inserting the PCB in a test adapter. Therefore, we test the mechanical stress in the PCB throughout the test task, using strain gauges. Based on the results, we can further optimise the test adapter and minimise straining forces.

More and more OEMs ask for proof of the mechanical quality of supplier products

Especially for OEMs the systematic failure of assembled PCBs would mean tremendous costs. That is why more and more of them ask their suppliers to check the mechanical quality of their products, to optimise the production accordingly and to provide related proof. With our certification in accordance with the international standards IPC/JEDEC 9704, you are very well equipped for this purpose.

With the help of strain gauges, we measure the stress in printed circuit boards (PCBs) while inserted, tested in and removed from a test adapter. The analysis results allow us to identify potential overstraining and correct it. After the test adapter optimisation, we issue a quality assurance certificate which a lot of OEMs request from their suppliers.

• Detailed analysis report about the mechanical impact of test adapters on inserted PCBs
• Report with recommended actions to optimise the test adapter (if required)
• Stress-strain analysis for GTS as well as third-party products
• Proof of the mechanical quality of your products to your customers
• Procedure in accordance with international standards IPC/JEDEC 9704

Payment Terms︰ TT FOB

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