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SMT Component Placement
Vacuum pickup and controlled placement motions for PCB assembly equipment, including component orientation and precise repeatability at the placement point.
APPLICATION SOLUTIONS
Engineered motion for real automation tasks
From SMT placement to non-standard automation, BEIZHI components support the repeatable motions behind pickup, rotation, lifting, transfer and precision placement.
PickVacuum handling of components and materials
RotateR-axis positioning for orientation control
LiftZ-axis vertical movement for repeatable transfer
PlaceCompact modules for configured workstations
SMT & CUSTOM AUTOMATION
Where We Fit
One motion platform, multiple production scenarios
Pick-and-place heads are widely used in SMT equipment for component pickup and placement on PCB assemblies. The same controlled vacuum and rotary motion can also be applied to non-standard automation processes including loading, unloading, labeling, material transfer and tray arrangement.
We focus on the component layer of automation equipment, helping equipment builders match the appropriate pickup head, module, nozzle and vacuum configuration around the actual process.
✓Match motion components to real workstation requirements
✓Support standard products and non-standard customization
✓Combine nozzles, connecting bars and vacuum elements as a working assembly
Application Areas
Designed around the motions that keep automation moving
Four common application directions where BEIZHI pick-and-place components can be configured to support stable handling and repeatable positioning.
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Multi-Station Automation
Independent or grouped placement heads for stations that need coordinated vertical movement, station pitch and repeated working cycles.
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Tray Loading & Unloading
Stable pickup, transfer and release actions for tray-arranged parts, packaged materials or components that require controlled handling.
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Inline Custom Automation
Flexible pick, rotate and place structures for labeling, loading, unloading and material-handling equipment built around a defined process.
Core Motion Sequence
Build each movement into a dependable working cycle
A correctly matched pickup assembly can turn individual actions into a repeated, equipment-ready process—from the first vacuum pickup to the final release.
Request Application Support →01
Pick
Vacuum pickup engages with the workpiece.
02
Rotate
R-axis aligns the selected orientation.
03
Lift & Move
Z-axis motion supports transfer and clearance.
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Place
Controlled release completes the action.
Application Matching
Start with process conditions, not with a part number
Component selection is more effective when the motion requirements are defined first. The workpiece, cycle, working space and installation direction determine the more suitable pickup and module structure.
See Technical Support →01
Workpiece
Size, shape, weight, surface and pickup area.
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Motion
Required pickup, rotation, lifting and transfer action.
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Accuracy
Repeatability, concentricity and placement tolerance.
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Cycle Time
Operating rhythm, speed and station throughput.
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Space
Module dimensions, mounting direction and clearance.
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Integration
Vacuum, motor, control and service-access requirements.
Recommended Component Families
Combine the right hardware around each automation task
Application support is not limited to one part. A working automation head often includes a motion module, pickup head, nozzle, connection element and vacuum-related parts.
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Compact Placement Heads
BT10 series and other rotary pickup head options for compact handling applications.
View Products →02
ZR Motion Modules
Vertical movement and R-axis rotation combinations for pick-and-place motion tasks.
View Products →03
Multi-Station Systems
Coordinated placement modules for multi-head and repeated station operations.
View Products →04
Nozzles & Vacuum Parts
Standard and custom nozzle choices, connecting bars and related vacuum components.
View Products →
BEIZHIAPPLICATION REVIEW
How We Support Projects
From application review to a practical component configuration
Share the key requirements of your station or equipment. We can review the motion task and discuss an appropriate direction for product matching or customized development.
01Describe the Process
Tell us the part, action, space and target working cycle.
02Review the Motion Requirement
Confirm pickup method, stroke, rotation, station structure and vacuum use.
03Match the Assembly
Recommend a suitable module, head, nozzle and accessory combination.