Solution

“Smart Factory” – SMT Component Management Solutions

A “smart factory” must streamline component management to fully automate SMT production. A dedicated system with live data creates a structure that mitigates human error and oversight, assists with forecasting component obsolescence, and manages the supply chain resulting in efficient SMT assembly. Integrated traceability further enhances this structure by enabling real-time tracking of components throughout the process, supporting quality control and informed decision-making from start to finish.

Receiving Goods

The first step in surface mount device (SMD) component management is receiving the SMD component reels to update inventory for production. SMT assembly manufacturers need a receiving system that executes rapid and accurate inventory counts. It is also important to date stamp reels as components have built-in obsolescence. Components should be used on a “first in, first out” (FIFO) basis. A receiving system must facilitate shelf-life management with built-in batch expiry date tracking integrated with MES and ERP practices.

The IMS-100 receiving station from Scienscope can read up to four seven-inch reels at once from multiple suppliers creating a UID label for traceability with a date and time stamp. According to high-volume manufacturers, the IMS-100 can reduce the weekly hours an operator spends with manual processing from forty to six. The system can also read boxed components via a phone app. With real-time traceability, materials can be identified and traced from warehouse entry through to final assembly, enabling regulatory compliance and rapid fault isolation if required.

Storing SMD Component Reels

The next process in streamlining component management is warehousing the SMD reels in a rack or cabinet that enables the production team to easily identify required reels. Tape and reel components need to be stored out of direct sunlight. They are also subject to humidity and temperature fluctuations, and if not stored correctly, can result in tape and component degradation. The FIFO method should be adhered to avoid the degradation of capacitors.

The Smart Rack from Scienscope is the fastest and safest way to retrieve reels. UID numbers are scanned, and the reels are placed in any location on the rack syncing with MES and ERP systems. Reels cannot be taken out without authorisation. The Smart Rack scans production orders, and LED lights illuminate the location of reels for the production run. Alternatively, integration with a pick-and-place machine creates an automated process to identify which feeder number needs to be replaced when a component reel runs out. By positioning the Smart Rack near the mounter, reel replacement is easy, minimising production downtime.

Component Counters

After a completed production run, updating inventory is the final step in optimum component management. X-ray counters efficiently read reels and count components communicating quantities with ERP or MES systems. The reels are then warehoused back in the storage rack. With up-to-date data in hand, the procurement team works together with the fabrication team to ensure that components are available and ready for the next production run.

The AXC-100 III component counter from Scienscope utilises state-of-the-art X-ray technology to take images of components, and AI software to count the quantities which are then relayed to ERP and MES systems. The system is efficient and completes the component management cycle by counting four reels at once with 99.9% accuracy in less than two seconds each. It keeps all identifying information current as reels are cycled between storage and production, closing the loop on traceability in the entire component lifecycle.

Integrated Ecosystem Benefits for Defence Manufacturers

Scienscope’s integrated system forms a robust digital backbone for true component traceability, addressing not only regulatory compliance but also supporting mission assurance and risk mitigation for defence manufacturers. By documenting each movement, such as goods-in, storage, kitting, production, and returns, the system creates a time-stamped, end-to-end audit trail linked to unique reel identities. This comprehensive visibility enables rapid recall in the event of a compromised batch or lot, allowing manufacturers to quickly identify and locate affected components with precision.

In addition to traceability, the system strengthens regulatory compliance and security by supporting full lifecycle tracking that aligns with industry standards such as ITAR and AS9100. It also acts as a deterrent against tampering, counterfeiting, and unauthorized substitution. The high level of automation improves operational efficiency by reducing human error, accelerating material handling, and minimising production downtime, key factors in maintaining the reliability of mission-critical defence electronics.

The Complete Component Management System

Bringing structure to component management increases efficiency in the “smart factory” PCB assembly line. Accurate component quantities, simplified warehousing, quick and easy retrieval, and active replenishment all equate to reduced downtime and a smooth production process. Just as importantly, the integration of traceability within this structure ensures complete visibility across the component lifecycle enabling compliance, supporting product assurance, and empowering rapid response when needed.

The combined Scienscope system – Receiving Station, Smart Rack, and X-ray Counter delivers a complete component management and traceability solution, purpose-built to meet the demands of modern, high-reliability electronics manufacturing.