IN Brief:
- ASMPT has extended Factory Equipment Center to manage placement heads alongside feeders and nozzles.
- Individual heads can be replaced, serviced offline, and checked using the SIPLACE Head Care Station.
- Equipment returns to production only after its completed maintenance and functional verification are recorded.
ASMPT SMT Solutions has extended its Factory Equipment Center maintenance software to cover placement heads, bringing another critical category of surface-mount manufacturing equipment into controlled servicing and verification cycles. The system already manages feeders and nozzles, and now allows factories to track the location, operating condition, maintenance requirements, and availability of individual SIPLACE placement heads.
Placement heads move between production machines, setup areas, storage, and maintenance departments as factories change equipment configurations or carry out servicing. Their availability can determine whether a placement machine is ready for production, particularly where a required head must be inspected or repaired. Factory Equipment Center maintains an asset record across these locations, allowing production and maintenance personnel to distinguish equipment available for use from equipment awaiting attention.
The software collects information from connected manufacturing equipment, including operating counters and condition data. Maintenance can be initiated when a scheduled interval approaches, a specified number of components has been placed, or operational abnormalities indicate that inspection is required. The affected head is then removed from its production position and exchanged for a suitable replacement, provided another verified head is available.
Servicing takes place offline, allowing maintenance staff to work on the removed component without necessarily keeping its original placement machine out of operation. Once the required work is complete, the head’s functionality can be checked using the SIPLACE Head Care Station. The inspection result is entered into Factory Equipment Center, which records the verified status before the head returns to available inventory.
This creates a maintenance sequence in which the equipment’s physical condition and digital status are connected. A head removed from production remains distinguishable from a serviced unit that has passed its functional checks. Production personnel can subsequently select a replacement whose maintenance record establishes that it has completed the required procedures, reducing the possibility of an unverified asset returning to use.
Placement heads perform repeated component handling and positioning operations within surface-mount assembly machines. Their mechanical condition affects the consistency of those operations, while the equipment must work with appropriate nozzles, component feeders, and programmed placement instructions. Problems affecting one part of this process can interfere with component pickup or positioning, making maintenance of the movable equipment an important part of production control.
Conventional servicing may involve removing several placement heads from a line and maintaining them together. Depending on spare equipment and factory staffing, the resulting interruption can extend beyond the time needed to inspect an individual head. ASMPT’s arrangement allows planned maintenance to be staggered, with separate heads exchanged and serviced as their recorded usage or condition requires attention.
The approach depends on maintaining a sufficient inventory of compatible, verified replacement equipment. Offline servicing cannot preserve machine availability if no suitable head is ready for installation. The software provides information needed to organise those exchanges, while actual production continuity remains dependent on the factory’s equipment configuration, maintenance resources, and operating schedule.
Factory Equipment Center applies similar principles to SIPLACE feeders, which present electronic components to the placement machine. The application monitors equipment counters and records each feeder’s location and maintenance status. A feeder exceeding its permitted maintenance interval can be blocked from further use and directed to servicing, preventing an overdue component from continuing through production without the required checks.
After maintenance, feeder functionality is evaluated using the SIPLACE X-Feeder Verification System. The result is recorded before the feeder is released for renewed operation. This maintains the distinction between carrying out maintenance work and confirming that the equipment is ready to perform its manufacturing function.
Nozzle management involves a more detailed identification process because individual nozzles are repeatedly exchanged during placement operations. ASMPT’s smart nozzles carry RFID tags, allowing the system to associate usage and inspection information with a particular nozzle. Placement machines transmit relevant operating and inspection data to Factory Equipment Center, where each nozzle’s history is maintained.
Contamination, damage, or an exceeded maintenance threshold can trigger a block on further nozzle use. The affected component is removed for cleaning and inspection or replaced where necessary. Following successful verification, the asset record is updated and the nozzle can return to production. This establishes a controlled process between identifying a potential problem, completing maintenance, and authorising renewed use.
Maintaining individual records also provides a basis for investigating recurring equipment problems. Service histories can be compared with operating counters, inspection outcomes, and the locations at which assets have been used. Such information helps maintenance personnel establish whether an item is approaching its next service interval or requires more extensive inspection following repeated abnormalities.
The expansion to placement heads brings three principal categories of movable SIPLACE equipment under the same maintenance-management approach. ASMPT has not disclosed a quantified factory-wide improvement in uptime or production yield for the new function. The technical change is the ability to coordinate individual head replacement, offline servicing, functional verification, and controlled return through the asset-management system.
Factories adopting the expanded process will need to establish appropriate maintenance thresholds, replacement inventories, and inspection procedures for their production equipment. Factory Equipment Center provides the records and status controls supporting those decisions, while the SIPLACE maintenance and verification equipment performs the physical work needed to return each asset to service.
