Testing typically begins with a visual inspection to identify any obvious physical defects, followed by AOI. Next, electrical tests are conducted to verify that the PCB operates according to its design specifications.

Everyone at Cope Technology understands that quality is built in at every stage of manufacture, from materials procurement to assembly and inspection.

That explains why our test technicians manage to achieve the highest possible “First time pass rate” and the minimum amount of rework.

The benefits of Cope Technology’s robust and meticulous attention to detail extend far beyond exceptional quality control – it can help clients save money and improve the performance of their products:

• Bug identification: Early-stage testing can highlight design and manufacturing problems leading to timely solutions.
• Time savings: Automated testing of volume products reduces test time as well as saving money.
• Fewer returned products: PCB testing helps clients avoid marketing under-performing products and thus enhances their reputation for reliability.
• Increased safety: Peace of mind that a PCB performs optimally removes the risk that it may contribute to safety issues.

Our dedicated test jigs facilitate the programming and testing of finished PCB assemblies, all under computer control. Each test designed to check a specific aspect of the PCB's functionality with results recorded to future analysis.

 

REGULATORY COMPLIANCE:

We recognise that many industries have stringent standards and regulations related to the quality and performance of electronic products. With VCA and MID approval on many products, you can be sure that our rigorous testing processes ensure these standards are met, facilitating regulatory compliance.

AUTOMATED OPTICAL INSPECTION (AOI):

AOI is a contactless automated visual inspection process for printed circuit boards. Many PCB assembly problems can be identified quickly and easily, leading to higher first-time pass rate on test.

AOI also allows the thorough inspection of prototypes and small batch assemblies when testing equipment is still in development.