The article explores the role of SMT and DIP technology in manufacturing PCBAs for smart home appliances such as smart air conditioners, refrigerators, and lighting systems. It details the equipment configuration, production capacity, energy usage, and process flow of a full SMT and DIP line. It also highlights the importance of AI, IoT, and sustainable features in modern smart home electronics. With growing global demand, manufacturers must adopt efficient, scalable, and precision-driven PCBA solutions.

LED Lighting PCBA Applications: Driving Efficiency and Precision in ElectronicsThe global shift towards energy efficiency and smart lighting systems has propelled the LED lighting market to the forefront of electronics manufacturing. At the heart of this transformation lies the LED lighting PCBA (Pr

This article presents a comprehensive SMT production solution for LED Lens (LED LENS) applications, covering key PCBA usage in lighting, automotive, medical, and display industries. It introduces I.C.T’s advanced equipment line including UV glue dispensers, high-precision mounters, and UV curing ovens tailored for LED lens mounting. Real-world project deliveries in Poland and Tajikistan are highlighted, along with insights into LED lens industry trends, technical challenges, and future development. The solution supports high-yield, smart, and automated LED lens production for global manufacturers.

This article explores the application of SMT and DIP technologies in the production of beauty devices, including EMS facial devices, LED skincare tools, and ultrasonic facial electronics. Learn how I.C.T’s customised full-line SMT & DIP solutions help manufacturers achieve high precision, speed, and stability in beauty device PCBA manufacturing.

Power switch assemblies require durable, high-reliability PCBA solutions. I.C.T's fully automated THT production line meets these demands with intelligent insertion machines, wave soldering, AOI inspection, and inline depaneling. Designed for complex components and high-throughput production, this solution has been successfully implemented in Europe and supports both mid- and high-end power switch manufacturing.

Power control boards play a pivotal role in the electronics architecture of commercial aircraft. These PCBA products are used in critical systems such as cabin lighting control, in-flight entertainment, auxiliary power management, avionics interface modules, and environmental control systems. Given