Pick & Place Systems
- prabhu230
- Jun 23
- 3 min read
High-Speed, High-Precision Component Handling for Modern Manufacturing
In high-volume manufacturing, the speed and accuracy of component placement directly affect production output, product quality, and process reliability.
Shiran Engineering designs and delivers Pick & Place Systems for automated component handling, positioning, assembly, loading, unloading, sorting, and placement applications. These systems are engineered to handle a wide range of parts with controlled motion, repeatable accuracy, and stable cycle time.
From compact electronic components to industrial assemblies, Pick & Place Systems help manufacturers reduce manual handling, improve placement accuracy, and achieve higher productivity.
What Is a Pick & Place System?
A Pick & Place System is an automated solution that picks a component from one location and places it accurately at another location.
The system can use robots, gantry systems, servo-driven mechanisms, vacuum grippers, pneumatic grippers, magnetic tools, custom end-effectors, conveyors, and vision systems depending on the component type and process requirement.
The complete solution can be designed for simple repetitive movement or for complex multi-axis placement with orientation control, inspection, and traceability.
Pick & Place Systems for Surface Mounting Applications
Pick & Place Systems are widely used in Surface Mount Technology (SMT) and electronic component placement applications.
In these systems, electronic components are picked from feeders or trays and placed accurately onto Printed Circuit Boards (PCBs). The placement process requires high speed, high precision, and reliable handling of small and sensitive components.
Typical electronic components include:
Capacitors
Resistors
Integrated circuits
Connectors
Diodes
LEDs
Sensors
Microcontrollers
Surface-mount devices
Electronic modules
The assembled PCBs are used in a wide range of products, including computers, consumer electronics, industrial equipment, medical devices, automotive electronics, military systems, and telecommunications equipment.
Designed for Speed, Accuracy and Repeatability
Every component placement process has different requirements. Some applications need extremely high speed, while others require careful handling, precise orientation, or inspection before placement.
Shiran Engineering develops Pick & Place Systems based on:
Component size and weight
Required placement accuracy
Production cycle time
Number of component variants
Part orientation requirement
Gripper or vacuum-tool requirement
Conveyor and feeder arrangement
Inspection and quality requirement
Traceability requirement
Available floor space and line layout
The system can be configured for single-component placement, multi-part assembly, tray loading, palletizing, PCB placement, machine tending, and material transfer applications.
Key System Elements
A Pick & Place System can include:
Industrial robot or Cartesian gantry system
Servo-driven axes
Vacuum grippers and suction cups
Pneumatic, electric, magnetic, or custom grippers
Component feeders, trays, bins, and magazines
Roller conveyors or belt conveyors
Vision camera for part identification and orientation
Sensors for part presence and position confirmation
PLC and HMI control system
Barcode / QR code scanning
Safety guarding, light curtains, and interlocks
Production monitoring and traceability integration
Benefits of Automated Pick & Place Systems
Higher Production Output
Automated systems can perform repetitive placement operations at stable cycle times, helping manufacturers increase output.
Improved Placement Accuracy
Servo motion, robot programming, fixtures, sensors, and vision systems help ensure that components are placed in the correct position and orientation.
Reduced Manual Handling
Automation reduces repetitive operator work, especially in high-volume or precision applications.
Better Product Quality
Consistent component placement helps reduce assembly errors, missing parts, incorrect orientation, and handling damage.
Flexible for Multiple Variants
The system can be programmed to handle different component sizes, models, and placement patterns.
Improved Safety
Pick & Place Systems reduce operator exposure to repetitive movements, sharp components, hot surfaces, or hazardous production areas.
Traceability and Process Control
Integration with barcode systems, sensors, and production dashboards can provide part-level tracking and process confirmation.
Applications Across Industries
Pick & Place Systems can be adapted for a wide range of manufacturing environments.
Electronics and SMT Manufacturing
PCB component placement
Surface-mount device handling
Tray-to-PCB placement
Electronic module assembly
Inspection and sorting
Automotive and EV Manufacturing
Small-part assembly
Connector and clip placement
Battery component handling
Sensor and electronic module assembly
Fastener and component loading
Medical Equipment Manufacturing
Precision component placement
Device assembly
Tray handling
Small-part inspection and sorting
Consumer Electronics
PCB assembly
Product sub-assembly
Component loading
Packaging and sorting
Industrial and Telecom Equipment
Control panel assembly
Electronic board handling
Connector placement
Component loading and testing
Defence and Aerospace
Precision electronic assembly
High-reliability component placement
Controlled handling of sensitive parts
Inspection and traceability applications
Built for Your Process
Shiran Engineering develops Pick & Place Systems based on your component, production requirement, process sequence, accuracy target, and factory layout.
From concept design and gripper development to robot programming, conveyor integration, PLC controls, vision systems, safety systems, installation, commissioning, and training, we provide complete project support.
Pick Faster. Place Smarter. Produce Better.
Shiran Engineering’s Pick & Place Systems help manufacturers achieve faster production, higher placement accuracy, reduced manual effort, and more reliable assembly performance.
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