Vibratory Bowl Feeder with Dual Inlines/Feeder Bowl with Three Rails

What Parts Make Up a Vibratory Bowl Feeder?

I. Main Mechanical Components

1. Bowl (Bowl Body): The main spiral, conical container, typically made of stainless steel.

2. Track (Bowl Tooling): The spiral path inside the bowl. It includes orienting devices like wiper blades, gaps, and air jets to sort and orient parts.

3. Base/Support Frame: The rigid structure supporting the entire assembly.

4. Electromagnet: The core driver that generates pulsed magnetic force.

5. Armature: Connected to the bowl, it is alternately attracted and released by the electromagnet.

6. Leaf Springs: Elastic components connecting the bowl to the base. Their stiffness and angle determine vibration amplitude and direction.

II. Electrical & Control Components

1. Kontroler: Regulates the electromagnet.

   • Variable Voltage: Adjusts amplitude.

   • Variable Frequency: Adjusts vibration frequency.

2. Linear Feeder: A straight track connected to the bowl outlet, transporting parts smoothly to the next station. It has its own drive unit.

III. Auxiliary & Optional Components

1. Hopper/Supply Bin: A large-capacity container for bulk storage and automatic replenishment.

2. Sensors: Photoelectric or fiber optic sensors at the discharge detect part presence for automated control.

3. Coatings: Track surfaces may have Teflon, rubber, or polyurethane coatings to control friction and protect parts.

Summary: At its core, a vibratory bowl is a magnetically driven, spring-suspended bowl. The precision track inside sorts and orients parts, while the controller fine-tunes its operation.