Yamaha SMT vibration feeder KHJ-MCH00-010

The SMT vibration feeder in a Yamaha SMT mounter serves a crucial function in the automated assembly process.

This component is responsible for precisely orienting and delivering small electronic components, such as resistors, capacitors, and integrated circuits, to the pick-and-place head of the mounter. The primary function of the SMT vibration feeder in a Yamaha SMT mounter includes:

1. Component Orientation: The vibration feeder uses controlled vibrations to align and orient electronic components consistently, ensuring that each component is presented to the pick-and-place head in the correct position for placement.
2. Efficient Component Delivery: The feeder ensures a continuous and reliable supply of components to the pick-and-place process, optimizing the machine’s throughput and production speed.
3. Minimized Jamming: By using controlled vibrations, the feeder reduces the likelihood of components getting stuck or jammed, ensuring a smooth flow of parts to the assembly area.
4. Precision Placement: Properly oriented components are picked up by the pick-and-place head with accuracy, leading to precise and consistent placement on the printed circuit board (PCB).
5. Variety of Component Sizes: The feeder can be adjusted to accommodate various component sizes, making it versatile for different assembly requirements.
6. Reduced Manual Intervention: The vibration feeder automatic feeding process minimizes manual operations in component handling, increasing efficiency and reducing the risk of errors.
7. Compatibility: The SMT vibration feeder is compatible with different types of components, making it suitable for a wide range of electronic assembly tasks.
8. Optimized Production: The consistent orientation and delivery of components contribute to the overall quality and reliability of the assembly process, ensuring minimal defects and consistent output.
9. Time Savings: By automating the component feeding process, the SMT vibration feeder saves valuable time during the assembly process, increasing productivity.