SW-120 Flexible Parts Feeder for Electronic Components
The SW-120 Flex Feeder is a versatile flexible feeding solution developed for small electronic components and lightweight industrial parts. It combines intelligent vibration technology with machine vision systems to create a reliable and efficient feeding process for automated production lines.
Compared with traditional feeding methods, the SW-120 offers greater flexibility when handling multiple product types. Manufacturers can quickly switch between different parts without investing in dedicated tooling, making it an ideal solution for high-mix production environments.
Its compact structure and stable performance make it suitable for electronics manufacturing, consumer products, medical devices, and precision assembly applications throughout Malaysia.
Optimized for Small Parts Feeding
Small components often present challenges such as overlapping, incorrect orientation, and inconsistent presentation. The SW-120 addresses these issues by distributing parts evenly across the feeding surface, allowing vision systems to identify individual components accurately.
This feeder supports a wide variety of products, including:
- Electronic connectors
- Sensors
- Terminals
- Switch components
- Plastic parts
- Precision molded components
- Small hardware accessories
- Medical device components
The flexible design helps manufacturers reduce changeover time while maintaining stable production efficiency.
Built for Vision-Guided Automation
The SW-120 integrates easily with industrial cameras, CCD vision systems, Delta robots, SCARA robots, and other automated handling equipment.
As parts spread across the feeder surface, the vision system detects their position and orientation in real time. The robot then picks the correctly positioned components for assembly, inspection, sorting, or packaging operations.
This automated process improves consistency, reduces manual intervention, and increases overall production throughput.
Key Benefits of SW-120 Flex Feeder
Flexible Product Handling
Feed multiple component types using a single system without complex mechanical adjustments.
Improved Feeding Accuracy
Creates better part separation for reliable machine vision recognition and robotic picking.
Faster Changeovers
Reduce downtime when switching between different products or production batches.
Compact Installation
Fits easily into automated workstations and production lines with limited space.
Lower Operating Costs
Minimizes labor requirements and reduces tooling expenses associated with conventional feeding systems.
Stable and Reliable Operation
Provides consistent vibration control for smooth and repeatable feeding performance.
Typical Industry Applications
Electronics Manufacturing
Suitable for connectors, terminals, sensors, switches, and miniature electronic assemblies.
Consumer Products
Feeds small plastic parts and components used in household and consumer goods manufacturing.
Medical Device Production
Supports automated handling of lightweight medical and diagnostic components.
Precision Assembly
Provides accurate part presentation for robotic assembly and quality inspection systems.
Technical Specifications
| Item | Specification |
| Model | SW-120 |
| Dimension | 360 × 110 × 158 mm |
| Weight | Approx. 5.3 kg |
| Recommended Voltage | DC 24V |
| Maximum Current | 6A |
| Frequency Range | 10–131Hz |
| Maximum Load | 1.0kg |
| Hopper Capacity | 0.3L |
| Communication | TCP/IP |
| Noise Level | <50dB |
Why Choose SWOER Malaysia?
SWOER Malaysia delivers flexible feeding solutions that help manufacturers improve automation efficiency and production flexibility. Our engineering team can customize feeding systems according to component size, robot configuration, vision requirements, and production goals.
Whether you are upgrading an existing assembly line or building a new automation project, the SW-120 Flex Feeder provides a reliable and cost-effective solution for modern manufacturing.
Contact SWOER Malaysia today to discuss your application and receive a customized flexible feeding system proposal.













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