Maximize SMT quality and process efficiency
The SMT stage in electronics manufacturing is the most complex one. High levels of automation are required as well as technical know-how. Success in the SMT process will insure: Reliable products High yield Manufacturing efficiency SMT how to boost your SMT First Pass Yield Failure…
Learn How to Apply AI to Maximize First Pass Yield in Electronics Manufacturing
The first-pass yield of the process is a critical metric in electronics manufacturing that directly impacts production efficiency, quality, and cost-effectiveness. FPY measures the percentage of products that pass all quality inspections and tests without requiring rework or repair. Achieving a high First pass Yield…
Why aren’t “PASS/FAIL” criteria sufficient for controlling manufacturing yield and quality?
Managing a mass manufacturing process is always a challenge because hundreds of tasks must be successfully completed before your products are ready to be shipped to your customers. At every stage of the production flow—from incoming raw materials to the final stage before delivery—we implement…
Preventing recalls in electronics manufacturing with artificial intelligence
The demand for electronic products is growing exponentially. From microchips in computers and smartphones, automotive manufacturers also rely on components manufactured by electronics manufacturers, which are challenged by rising global competition and an increasing need to provide high-quality components. The electronics manufacturing industry has long…
How can vehicle quality be controlled with so much electronics?
Automotive electronics are all electronic systems designed for use in vehicles, like semiconductors (chips), sensors, engine management, ignition, carputers and infotainment systems. The importance of automotive electronics has been steadily increasing in recent years, signifying the shift from mechanical to electronic systems in the industry. …
