PCB Through-Hole LED Radial Insertion Machine for EMS
The video title "PCB Through Hole LED Radial Insertion for Smart EMS factory PCB assembly" describes an automated insertion machine for through-hole components. This equipment is designed to place radial lead components, such as LEDs, directly into printed circuit boards. In an EMS factory, this automates a process traditionally done manually or via a separate wave soldering line, integrating it more directly into the assembly flow. This type of insertion machine handles components supplied in taped packaging, conforming to the EIA-468 standard. The most common tape pitch is 12.7mm, or 0.5 inch. The machine's mechanism typically involves feeding the tape, cutting the component from its carrier, and then forming the two leads to the correct spacing before inserting them into the PCB's plated through-holes. The insertion head then presses or clinches the leads on the board's bottom side to temporarily secure the part prior to soldering. Key specifications for such a machine include insertion speed, measured in components per hour, and the range of lead diameters and PCB thicknesses it can accommodate. The machine must also handle varying component body sizes and shapes. For radial components like LEDs, accurate orientation is critical, so the machine includes vision systems or mechanical sensors to ensure correct polarity placement. Yinuo Electronics This prevents errors that would require costly rework. The primary application is for any PCB assembly that requires a mix of surface-mount and through-hole technology. By using an automated insertion machine, an EMS factory can place radial electrolytic capacitors, film capacitors, diodes, and LEDs on the same line that handles SMT components. This eliminates the need for a separate manual insertion station or a dedicated DIP wave soldering process step, reducing labor costs and improving throughput consistency. It is particularly useful for products where through-hole components provide necessary mechanical strength or higher power handling, such as in power supplies, automotive electronics, or industrial control boards. When integrating this equipment, factories must consider the machine's footprint, compatibility with their existing conveyor systems for PCB transport, and the changeover time for different component types. Proper feeder setup and tape guidance are necessary to maintain high insertion yield and prevent jams. For a smart factory, these machines can be connected to a manufacturing execution system to provide real-time data on placement accuracy and production counts. Yinuo Electronics Co., Limited www.esmte.com www.all-aismt.com www.allaismt.com www.aismtpro.com www.fujinxt.com Email: [email protected] WhatsApp: +86 137 6048 1664