SW-85 Flex Feeder for Micro Components Automation
The SW-85 Flex Feeder is a compact flexible feeding system designed for handling micro-sized components in high-precision automated production environments. It provides stable part separation, positioning, and presentation for machine vision inspection and robotic pick-and-place applications.
This model is particularly suitable for manufacturers working with miniature electronic components, connectors, IC parts, watch accessories, sensors, and other lightweight products. By combining intelligent vibration control with vision-guided automation, the SW-85 helps improve feeding consistency while reducing manual sorting and handling.
Its compact footprint makes it an excellent choice for production lines where installation space is limited but high accuracy remains essential.
Designed for Small and Lightweight Parts
Many traditional feeding systems struggle with tiny components due to overlapping, inconsistent orientation, or part damage. The SW-85 addresses these challenges through multi-directional vibration movements that efficiently distribute parts across the feeding surface.
The system can separate and present components individually, creating ideal conditions for machine vision systems and robotic handling equipment.
Typical parts include:
- IC components
- Mobile phone parts
- Watch components
- Electronic connectors
- Micro sensors
- Precision plastic parts
- Small stamped metal parts
Seamless Integration with Vision Systems and Robots
The SW-85 works efficiently with CCD vision systems, Delta robots, SCARA robots, and other automated handling solutions. The feeder distributes parts evenly across the tray while the vision system identifies the position and orientation of each component.
Robots can then accurately pick and place parts for assembly, inspection, packaging, or sorting processes. This integrated workflow increases production efficiency while maintaining consistent quality standards.
Key Advantages of SW-85 Flex Feeder
High Precision Feeding
Supports accurate positioning of micro components for reliable robotic picking.
Compact Design
Small overall dimensions allow easy installation in space-constrained production lines.
Fast Product Changeover
Handle different component types without replacing complicated feeding tracks or tooling.
Reduced Labor Costs
Automates repetitive feeding tasks and minimizes manual part handling.
Flexible Production
Ideal for high-mix, low-volume manufacturing environments where product variations frequently change.
Stable Performance
Maintains consistent part distribution while operating with low noise levels and reliable vibration control.
Applications Across Industries
Electronics Manufacturing
Feeding connectors, sensors, terminals, chips, and miniature electronic components.
Consumer Electronics
Handling mobile phone parts, wearable device components, and precision accessories.
Medical Device Assembly
Supporting automated feeding of small medical and diagnostic components.
Precision Manufacturing
Presenting lightweight plastic and metal parts for robotic assembly and inspection.
Technical Specifications
| Item | Specification |
| Model | SW-85 |
| Dimension | 330 × 70 × 15 mm |
| Weight | Approx. 4.7 kg |
| Recommended Voltage | DC 24V |
| Maximum Current | 6A |
| Frequency Range | 10–131Hz |
| Maximum Load | 0.5kg |
| Hopper Capacity | 0.3L |
| Communication | TCP/IP |
| Noise Level | <50dB |
Specifications may vary according to application requirements and customization options.
Why Choose SWOER Malaysia?
SWOER Malaysia supplies flexible feeding systems designed for modern automation projects. Our engineering team can customize feeding solutions based on part dimensions, robot requirements, vision systems, and production targets.
From electronics manufacturing to precision assembly applications, we help businesses improve productivity, reduce manual operations, and achieve more reliable automation performance.
Contact SWOER Malaysia today to discuss your application and receive a customized Flex Feeder solution.













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