Cab PCB Magazines 100/180/300 Series

These magazines are storage/handling devices for printed circuit boards (PCBs), allowing safe, clean transport, buffer storage, or automated feeding of PCBs in SMT or assembly line environments. They help reduce board damage, contamination, and increase throughput by organising boards in a repeatable way.

Each magazine size number (100, 180, 300) refers broadly to the maximum PCB dimension or board height/width capacity. For example, the 300-series supports larger/bigger boards (width or height up to approx. 300 mm). The 100-series is for smaller PCBs. Boards thickness typically in the standard range (~0.8-2 mm) unless specified.

The magazines hold multiple boards with fixed spacing between them (often via slots or dividers). Typical board spacing could be ~5-10 mm, allowing many PCBs per magazine. Capacity depends on board size: smaller PCBs allow more to be stored; the 300-series might hold fewer but larger boards.

They are commonly made from static dissipative or clean-room-compatible plastics or metals, designed to resist bending, shock, and environmental contaminants in a factory. They are built to last through thousands of board load/unload cycles.

They are designed with mounting or interface points to work with loaders, pick & place buffer stations, conveyor input/output, or manual handling. Their outer dimensions allow them to be slotted in/out of automation fixtures or placed on magazine racks.

Some models offer adjustable dividers or variable slot spacing to accommodate board width variation. Also, the series might offer different depth models so boards of different heights (thicknesses) can fit securely without risk of flexing or damage.

They help reduce handling damage, speed up changeover, enable pre-staging boards, maintain cleanliness (reducing dust or scratch), improve ergonomic safety for operators, and reduce throughput waste due to damaged PCBs.

Trade-offs include: larger magazines cost more and take up more room (floor space or rack space); heavier magazines when loaded; possibly less rigidity with larger span boards so care needed; fixed spacing may not suit extremely thin or thick boards unless adjustable; logistic overhead (storage, retrieval) may increase.