IoT in electronics

The electronics industry is undergoing a digital transformation driven by the Internet of Things (IoT). This technology enables the connection of machines and devices, creating a continuous flow of real-time data. The adoption of IoT in surface-mount technology (SMT) electronic component manufacturing offers many benefits, including increased efficiency, flexibility and quality.

Challenges and Solution for Electronics Industry 4.0

The complexity of the electronics industry, characterized by multiple vendors and customized processes, has been an obstacle to the adoption of Industry 4.0.The lack of unambiguous communication standards has created information silos and made production optimization difficult.

Benefits of open collaboration

A key element of the presented solution is the use of a standard IoT platform and infrastructure, based on ODB++Manufacturing and Opcenter Execution Electronics IoT hardware. This approach enables information sharing among all processes and systems in a vendor-independent manner.

• Transparency and access to data: Each machine vendor on the line has access to all data from the entire line and plant, thus being able to contribute their own process data to the overall whole.

Benefits for machine suppliers:

• ODB++Manufacturing can replace all other custom interfaces, reducing cost and development time.
• Suppliers can create customized Industry 4.0 solutions for their machines, delivering value to customers.

Open collaboration removes limitations imposed by competition, allowing customers to choose the best solution.

Factory-level benefits

Factory-level IoT adoption offers additional benefits. Software such as Valor can establish a single interface flow to each machine, capturing real-time data for Industry 4 functions.0 such as:

• Finite production planning
• Lean materials management
• Active quality management

Widespread adoption of ODB++Manufacturing by more machine suppliers will make IoT even easier and more beneficial. Even existing machines and processes can be integrated with the flexible interface provided by Opcenter Execution Electronics IoT. This approach also applies to custom processes such as functional testing.