Product Parameters

Product Details, Workflow Value and Supply Support

Designed for Controlled SIPLACE Feeder Changeover

This 30-slot cart is engineered for factories operating ASM SIPLACE placement platforms where feeder preparation, cart movement, and docking accuracy directly affect production continuity. Rather than preparing feeders at the machine during a scheduled product switch, technicians can complete feeder loading, reel verification, and setup checks offline. The prepared cart is then moved to the line and docked in a defined position, allowing the outgoing setup to be exchanged in a more organized and repeatable manner.

For high-mix electronics assembly, changeover time is often lost through searching for reels, correcting feeder positions, or resolving unstable cart alignment. The dedicated 1–30 numbered rail gives operators a visible slot reference during setup and verification. This supports clearer correspondence between the feeder arrangement, the job program, and the component preparation sheet. It is especially useful when several operators prepare kits across multiple lines or shifts.

Core Advantages for SMT Production Teams

• Faster line transitions: Offline feeder preparation helps reduce the amount of work performed while the pick-and-place machine is waiting for the next setup.
• 30 dedicated positions: The fixed feeder layout supports orderly component preparation for compatible SIPLACE configurations.
• Reliable machine docking: Anti-vibration guide pins are designed to support stable, repeatable positioning at the machine base.
• ESD-conscious mobility: Conductive swivel castors and a grounding chain support electrostatic-control practices in electronics manufacturing areas.
• High-rigidity construction: Stainless steel and aluminum alloy construction provides a durable working structure for regular shop-floor movement.
• Protected reel storage: The lower compartment holds component tape reels, while anti-fall baffles help keep stored materials in place during transport.
• Secure parking: Dual foot brakes help stabilize the cart during feeder setup, verification, and docking operations.

Practical Offline Setup Workflow

1. Review the production job, BOM, feeder allocation, and component reel requirements before the changeover window.
2. Load the required feeders into the marked positions and place associated reels in the lower storage compartment as appropriate.
3. Verify feeder sequence, reel labels, component orientation, and any internal factory setup checklist while the cart remains offline.
4. Move the prepared unit to the assigned line using the 360° conductive castors, then apply the foot brakes before final positioning.
5. Use the guide docking arrangement to position the cart accurately at the machine base and complete the approved changeover procedure.
6. Return the removed setup for replenishment, inspection, or preparation of the next scheduled production order.

This workflow can improve the utilization of skilled operators because feeder loading and material verification do not need to be concentrated within the machine stop period. With prepared carts ready near the line, production planners can better coordinate short-run orders, urgent job changes, and repeat builds. The result is a more disciplined process that helps protect CPH productivity by reducing avoidable setup delays.

Compatibility and Shop-Floor Use

The cart is intended for ASM SIPLACE SX1, SX2, SX4, TX1, TX2, X2, X3, X4, D-Series, and S-Series machines. It is suitable for EMS providers, OEM electronics manufacturers, automotive electronics suppliers, LED assembly plants, industrial control producers, and other facilities using compatible SIPLACE lines. Buyers should confirm machine configuration, feeder type, and required docking arrangement with their technical team before purchase.

As an ASM SX2 Feeder Cart, this unit is particularly relevant to plants seeking a dedicated solution for repeatable feeder staging. It can also be specified as a Siplace SX2 Feeder Trolley for procurement teams standardizing their internal terminology around feeder carts, setup trolleys, or component changeover equipment. The purpose remains the same: move a prepared feeder set safely and present it in a controlled position for the next production run.

Inspection, Packaging and Fast Dispatch

Each cart undergoes mechanical alignment and docking-precision testing before dispatch. The surface receives rust-proof treatment for export handling and storage. For international shipment, the unit is protected in a robust export wooden crate to reduce the risk of transport damage. Dimensional drawings, packing details, and shipping options can be provided before order confirmation.

China Extension Company has specialized in SMT machines and spare parts since 2009. With 17 years of industry experience, the company has supplied more than 200 SMT lines across Europe, South America, and Asia, supporting thousands of electronics manufacturing factories. Our ready inventory includes more than 2,100 types of original new parts for FUJI, Panasonic, ASM, Yamaha, JUKI, and Hanwha, helping buyers source urgent replacement items without unnecessary procurement delays.

In addition to this ASM Feeder Placement Cart, our SMT supply range includes feeders, nozzles, placement heads, controllers, CPU boxes, servo drives, power supplies, cables, filters, belts, feeder storage trolleys, pick-and-place machines, printers, reflow ovens, SPI, AOI, X-ray equipment, loaders, unloaders, and buffers. Worldwide express shipping can be arranged for suitable orders and destinations.

Request Stock and Quotation

Contact our sales team for real-time availability, dimensional drawings, compatible feeder confirmation, export packing details, and volume-discount pricing. Please provide your SIPLACE machine model, required quantity, delivery destination, and any site-specific docking requirements so we can prepare an accurate quotation for your SMT Feeder Storage Cart requirement.