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Get Quote →A semiconductor pick-and-place handler actively transfers packaged devices between supported input media, orientation or vision stations, process positions and configured outputs. The architecture provides controlled pickup and placement; the installed tooling and workstations determine which packages and operations a particular machine can support.
The machine takes control of the device rather than allowing it to travel only by gravity or a continuous track. It receives a package at a known presentation point, picks it up, places it at the required station and retrieves it for the configured output route.
A vacuum nozzle, gripper or another installed head lifts the package from a tray, feeder presentation point, carrier or supported input position. The pickup surface, device weight and package fragility determine the suitable tool.
The motion system places the device at a socket, nest, camera position, inspection point or other defined station. Vision and alignment functions may be used when the installed process requires tighter positional control.
After the installed operation is complete, the machine retrieves the package and returns it to the assigned tray, tube, carrier, grade, reject location or downstream station.
Review the current machines, then confirm the supported media, package tooling, pickup head, vision hardware, installed workstations, output modules and software supplied with the individual unit.
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The sequence changes with the installed modules, but the device route normally moves from input presentation to identification, pickup, controlled placement, the required process and a defined output destination.
Feed the package from a tray, tube system, carrier or another supported input module.
Confirm presence, position, orientation or traceability data when the machine is equipped to do so.
Lift the device with the installed nozzle, gripper or package-specific handling head.
Position the device at a nest, socket, camera point or other process station.
Complete the installed inspection, orientation, test, marking or other operation.
Retrieve the package and send it to the assigned output, grade or reject destination.
The right architecture is determined by how the package must be moved and presented. Pick-and-place becomes valuable when the machine needs direct control over pickup, orientation, placement or routing between stations.
Fragile, irregular, orientation-sensitive or carrier-based devices may not move reliably through a simple track. Active handling allows the package to be lifted and placed without depending on free sliding.
Sockets, nests, vision stations and inspection points may require controlled alignment, placement height, insertion direction or force that a passive route cannot provide.
Pick-and-place motion can transfer packages between trays, feeder presentation points, process stations and different output destinations when a single continuous track is unsuitable.
Replaceable heads, nests, trays, recipes and station tooling may support several device families, provided the required conversion hardware and machine range are available.
Machines from the same platform family can be prepared for different packages and production routes. The available hardware, software and conversion parts define what a specific unit can actually do.
Tray loader, tube feeder, carrier, bowl or manual presentation; orientation method; capacity; sensors and included change parts.
Device kit, nests, guides, trays, tubes, carriers and package-specific parts matched to the target device drawing.
Vacuum nozzle, gripper, number of heads, pickup surface, placement method, force control and package-contact condition.
Presence detection, orientation, centering, code reading, cameras, lighting, calibration and available software recipes.
Inspection, test, thermal conditioning, orientation, marking, sorting or other operations installed on the machine.
Tray, tube, carrier, bin or reject output; number of destinations; orientation and any grade or process routing.
Software version, communication interfaces, licenses, manuals, backups, spare parts and supplied conversion items.
Move to the test-application page when sockets, tester communication, temperature and effective test output are the main concerns. Use the used-equipment page when machine condition and the supplied configuration must be verified.
Review test sites, contact hardware, semiconductor tester interfaces, temperature control and effective test-cell throughput.
Review the installed application, machine condition, acceptance evidence, conversion work and delivery scope.
A model number alone cannot establish compatibility. These details help determine whether an available machine already has the required media modules, handling tools and process stations.
Send Your Handling RequirementsPackage family, body dimensions, weight, lead or ball structure, orientation marks, pickup surface and fragile areas.
Tray, tube, carrier, strip, bowl or another media format, including orientation and expected loading method.
Orientation, vision, inspection, test, thermal conditioning, marking, sorting or another required operation.
Required tray, tube, carrier, grade, reject or downstream destination and any orientation requirement.
Process time, expected output, product mix, changeover frequency and planned operating pattern.
Destination, available utilities, footprint limits, line integration, preferred delivery timing and installation requirements.
These answers clarify the machine architecture, package compatibility and the configuration information needed before equipment selection.
It actively picks up a packaged semiconductor device, places it at one or more defined stations and routes it to the required output after the installed operation is complete.
No. A semiconductor handler moves packaged devices through back-end handling, inspection, sorting or test processes. An SMT placement machine mounts electronic components onto printed circuit boards.
No. Electrical test requires installed test sites, sockets or contactors, interface hardware, tester communication and compatible software. These functions must be confirmed on the individual machine.
Compatibility depends on package dimensions, weight, pickup surface, input media, handling head, device kit and available conversion hardware. The platform family alone does not confirm package support.
Some platforms can be configured for several media types, but the required loaders, presentation mechanisms, output modules and change parts may be optional. Confirm what is installed and supplied.
Provide the package drawing, input and output media, required stations, production target, existing tooling, facility conditions and project timing.
Send the package, media format, required stations, output method and production target so the available machines can be compared by installed configuration.
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