Einführung
Der DIMM Feeder (Dual Track) is suited to electronics factories where motherboard models can change throughout the production schedule. Its two feeding lanes provide an equipment architecture capable of handling DIMM socket supply through separate operational routes. This becomes particularly useful when different PCB versions contain varying numbers of memory slots, because the feeder can provide an organized material source without requiring every connector to follow an identical handling path. The machine can therefore become part of a flexible production cell serving several motherboard configurations.
Its performance characteristics are closely related to track allocation and component sequencing. DIMM sockets can be directed through the appropriate lane according to the feeding arrangement established for the assembly process. Separate tracks also provide additional room for organizing component replenishment, especially when production operators need to maintain socket availability while another feeding path is active. This structure can help simplify material preparation around insertion equipment and reduce unnecessary movement between component storage, feeder loading, and the PCB assembly station.
This type of feeder can be integrated into production environments for desktop computers, professional workstations, AI computing platforms, server systems, industrial PCs, and communication hardware. In a server motherboard factory, for example, several PCB variants may share a common assembly area while carrying different DIMM configurations. The dual-track feeder can participate in these production cells as a dedicated socket supply unit, with the downstream insertion process determining the required connector position and sequence. Its application is therefore not limited to one motherboard category but extends to electronics factories where DIMM socket handling must accommodate changing board configurations.
DIMM Feeder (Dual Track)
DIMM Feeder (Dual Track) Applications in Multi Model Desktop Motherboard Assembly and Memory Slot Processing
Der DIMM Feeder (Dual Track) can be integrated into desktop computer electronics factories at the stage where DIMM sockets are prepared for PCB insertion. On a desktop motherboard line, memory sockets are not simply loose components; their installation must correspond with predefined slot locations and the board’s electrical layout. The feeder addresses this requirement through two dedicated feeding lanes that organize socket movement before the insertion operation. This gives the production line a structured component source for motherboard assemblies carrying several DIMM interfaces.
Its application becomes especially relevant on desktop boards with four or more memory slots. Instead of manually positioning each socket at the insertion workstation, operators can replenish the feeder while the equipment manages component delivery through its two feeding routes. The separate lanes provide additional flexibility when production engineers establish the order in which sockets are presented to the insertion mechanism. After the socket reaches the designated output position, the insertion head can place it into the corresponding through-hole area of the motherboard. Subsequent soldering secures the connector before AOI, electrical testing, and functional verification.
This configuration can support production lines for gaming desktop motherboards, office PC boards, enthusiast computing platforms, workstation systems, and commercial desktop computers. It can also be incorporated into factories producing several motherboard variants where memory-slot arrangements differ between models. By placing the feeder between component preparation and automated insertion, the factory gains a dedicated stage for DIMM socket handling without changing the fundamental PCB assembly sequence. The dual-track format is therefore applicable where desktop motherboard production requires repeated socket supply, defined component sequencing, and close coordination between feeding and insertion equipment.
Spezifikationen
| Modell | YN-D2109 |
| Abmessungen (L × B × H) | Please refer to the above drawing（Unit: mm） |
| Gewicht | 162.5KG |
| Operating Voltage | 220 V Wechselstrom |
| Erforderliche Luftzufuhr | 0.5Mpa |
| Maximum Power | 800W |
| Feed Speed | 2.5s/Pcs |
| Bedienfeld | Wecon Touch Screen |
| Steuerungssystem | Leisai Control Board |
| Kanal | 2 Channels |
| Applicable Tray | Please refer to the right-side drawing (Single side can load 8 layers of material) |
| Material | Compatible with both PTH and SMT materials; supports dual-track feeding for different materials (Automatic tray ejection when material runs out) |
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