Product Parameters

Detailed Product Description

This feeder placement solution is engineered for electronics manufacturers operating ASM SIPLACE production lines where changeover speed, feeder organization, and placement-line availability directly affect output. The cart allows feeder setups to be prepared away from the running machine, then transferred to the line in a controlled and repeatable manner. It is suitable for high-mix, low-volume manufacturing as well as continuous-volume production where frequent product transitions must be completed without unnecessary machine idle time.

Core Advantages for Faster SMT Line Changeovers

• Reduce changeover interruption: Prepare feeders, reels, and material positions offline while the SMT machine continues running the current job.
• Improve docking consistency: Precision indexing rails and anti-vibration guide pins support stable alignment when the trolley is moved into the machine base.
• Maintain feeder order: Numbered slot markers help operators verify feeder locations before installation and reduce the risk of position errors during job conversion.
• Protect sensitive electronics: ESD conductive swivel castors and a grounding chain help support electrostatic-control practices in SMT production areas.
• Handle daily factory use: The stainless-steel and aluminum-alloy frame is designed for repeated movement between kitting stations, material areas, and placement lines.
• Store prepared reels close to the job: The lower compartment keeps component tape reels and related materials organized below the feeder section.

Designed for ASM SIPLACE Feeder Management

An ASM Feeder Cart is more than a transport frame. It becomes part of a practical feeder-management process. In many factories, operators lose valuable production time because feeders are loaded, verified, and rearranged only after a machine stops. With a dedicated cart, the next product setup can be completed in advance: feeders are assigned to numbered positions, reels are staged in the lower storage area, and the prepared assembly is ready for transfer when the current production order is complete.

The 30 and 40 position versions provide a structured option for different feeder-loading requirements. Capacity is expressed as standard 8 mm feeder equivalent positions. Buyers should confirm their feeder mix and production configuration before ordering, especially when using wider feeders or a combination of feeder sizes. Our team can assist with selecting the appropriate slot configuration for your ASM SIPLACE equipment.

Practical Workflow to Maximize CPH Productivity

1. Release the next production job and prepare its feeder list at an offline kitting area.
2. Install feeders on the trolley according to the programmed position sequence and verify reel labels.
3. Place required component reels in the lower storage compartment for organized material handling.
4. Move the prepared Siplace SX2 Feeder Trolley to the production line using the 360° conductive castors.
5. Lock the foot brakes at the machine-side location and dock the cart using the guide-pin alignment design.
6. Complete the feeder changeover with a pre-arranged setup, allowing the machine to return to production faster.

This workflow helps production teams separate preparation work from machine-running time. The result is a more disciplined changeover process, improved operator efficiency, and better use of available placement capacity. For contract manufacturers, automotive electronics plants, industrial-control producers, LED assembly facilities, and consumer-electronics factories, reducing avoidable downtime can have a direct impact on delivery performance.

Rigid Construction and ESD-Conscious Mobility

The cart combines high-strength stainless steel with aerospace-grade aluminum alloy to provide a stable structure without compromising daily maneuverability. Heavy-duty swivel castors support movement around the SMT workshop, while foot brakes help keep the cart positioned during loading, staging, and machine docking. The rust-proof surface treatment is intended to support long-term use in demanding manufacturing environments.

For facilities with established ESD procedures, the integrated conductive castors and grounding chain provide an additional practical layer of protection during cart movement and use. Proper grounding verification and ESD control should always follow the factory’s internal process requirements. Before dispatch, each unit undergoes mechanical alignment and docking-precision testing to confirm that the rail and guide-pin structure operates as intended.

Supply Options, Packaging and Global Delivery

China Extension Company has specialized in SMT machines and spare parts since 2009. With 17 years of industry experience, we have supplied more than 200 SMT production lines across Europe, South America, and Asia, supporting electronics manufacturers with equipment sourcing, line setup, replacement parts, and feeder-related solutions.

Our ready-to-ship inventory includes more than 2,100 types of original new parts for FUJI, Panasonic, ASM, Yamaha, JUKI, and Hanwha. In addition to this SMT Feeder Storage Cart, we supply feeders, nozzles, placement heads, controllers, CPU boxes, servo drives, power supplies, cables, filters, belts, and other SMT spare parts. Each cart is protected with reinforced export wooden-crate packaging to help reduce transport risk during international shipment. Worldwide express shipping can be arranged according to destination and stock status.

Request a Quote

Contact us for 30 or 40 slot configuration guidance, real-time inventory confirmation, original-new or replacement supply options, shipping estimates, and volume discount pricing. Please provide your ASM SIPLACE machine model, feeder quantity, and destination country so we can recommend the suitable SMT Feeder Trolley solution for your production line.