Our Bowl Feeder is a component feeding solution to the component insertion process. By eliminating the need for manual handling, this feeder seamlessly integrates into existing SMT lines and pick-and-place machines. It offers a modernized and efficient approach to component insertion. Say goodbye to manual component handling and streamline your production processes with Bowl Feeder E-VB01. Welcome to contact us for more customizable feeders.
Features of Bowl feeder
- Automated Component Insertion: Mount the vibration bowl feeder onto various pick-and-place machines to achieve automated component insertion. The bowl feeder saves labor and increasing pick-and-place machine utilization.
- Non-Standard Equipment Feeding: Load loose materials onto the feeder to supply non-standard equipment, reducing non-standard design cycles and enhancing the stability and utilization of non-standard equipment.
- Regular Sorting: Place loose materials in the vibration bowl and sort them according to specified discharge speed and direction.
- Automated Production: Combine the vibration bowl feeder with robotic arms to achieve automated production, replacing manual labor.
- Versatile Functionality: The vibration bowl feeder offers various functions such as material direction sorting, polarity selection, foot cutting, and shaping, enhancing production efficiency and precision.
- Support all popular machine brands, such as Fuji, Juki, Panasonic, Yamaha, Simens, Samsung and Mydata etc.
- Various bowls quantity available: 1, 2, 3, 4… bowls can meet your different needs.
Specification of Bowl feeder
| Dimensions | length x width x height | 1120x460x910mm (front and rear discs) |
| length x width x height | 760x460x910mm (single disc) | |
| weight | Double disc: 190Kg, single disc: 150Kg | |
| Applicable materials | Material type | Electronic components, hardware, plastic parts, connectors |
| material size | 3x3mm-50x50mm | |
| material weight | 10g-300g | |
| Structural part | Feeding method | Bulk material, vibrating plate feeding |
| Feeding plate | Single tray feeding, front and rear tray feeding | |
| transfer material | Relying on direct vibration + blowing transmission | |
| Material positioning method | fiber optic sensing | |
| a fixed way | Positioning key + pressing block, supporting other fixed structures | |
| Polarity | This function can be selected according to the material | |
| cut feet | This function can be selected according to the material | |
| Electrical part | Operating Voltage | 220V |
| Average Current/Peak Current | 3A/5A | |
| working pressure | 0.4-0.6Mpa | |
| Operation method | key operation | |
| Host computer connection | 8 core ø16mm aviation plug | |
| communication method | Support IO communication or self-control without communication | |
| software control | Based on PLC development | |
| drive mode | coil drive | |
| Feeding part | Feeding speed | 0.8S |
| speed gear | Voltage and Frequency Regulation | |
| Feeding accuracy | ±0.5mm | |
| Test record | Feed test | Achieve 2 hours of continuous feeding without exception |
| Aging test | Continuous operation for 48 hours without exception | |
| service life | 5 years service life |
Advantages:
- Seamless Integration: Fits into existing SMT lines and various pick-and-place machines, including Fuji, Juki, Panasonic, Yamaha, Siemens, and Samsung.
- Automated Component Handling: Eliminates the need for manual component insertion, increasing pick-and-place machine utilization and efficiency.
- Versatile Compatibility: Flexible adapters enable compatibility with a wide range of pick-and-place machines, reducing the need for additional equipment.
- Modernized Production: Automated guides and sensors keep pace with modern pick equipment, optimizing component handling and insertion processes.
- Enhanced Stability and Efficiency: Designed to accommodate loose components, reducing non-standard design cycles and improving equipment stability and utilization.
If you need more SMT feeders,kindly visit our website.