Lot of 6 vibratory feeders in stainless steel and aluminum.

Manufacturer: Cosberg.

High-precision equipment, constructed of stainless steel with an aluminum profile structure. Lot Composition: 2 Large Units: High-capacity models for heavy-duty assembly lines. 4 Small Units: Ideal for microcomponents and electronics. Highlights: Original vibratory bases, stainless steel tanks, and identification manuals fixed to the machines. Condition: Equipment sold AS IS, removed from a functional production cell. Ideal for retrofit, integration into new machines, or component removal (coils, springs, sensors).

This equipment is a high-precision mechatronic system used in automated assembly lines to guide and feed small parts (such as screws, needles, or electronic components) continuously. RNA Automation RNA Automation +1 Component Identification in the Image: The manual attached to the equipment details critical parts for its operation:

PS-21263 Housing: Refers to the vibrating base or external protection of the module. Valves (A, B, C): The manual indicates valve positions for flow control, probably pneumatic, used to eject misplaced parts or control the output rate.

Level Sensors: There are visual references to sensors that monitor whether the chute is full or empty, ensuring that the production line does not stop. Cosberg Cosberg +2

Main Features of the Cosberg Line:

Electro-resonant Systems: Unlike traditional vibrators, Cosberg uses high-frequency systems that reduce energy consumption and ensure a more constant flow. Stainless Steel Chutes: The tracks where the parts "rise" are usually CNC machined to ensure that there are no blockages.

Quick Changeover: Designed so that the operator can quickly recognize the product and release the closing cover for maintenance or batch changeover.

Vibratory Bowl Feeder:

This equipment is a high-precision mechatronic system used in automated assembly lines to guide and feed small parts (such as screws, needles, or electronic components) continuously. RNA Automation RNA Automation +1 Component Identification in the Image: The manual attached to the equipment details critical parts for its operation: Housing PS-21263: Refers to the vibratory base or external protection of the module. Valves (A, B, C): The manual indicates valve positions for flow control, probably pneumatic, used to eject misplaced parts or control the output rate. Level Sensors: There are visual references to sensors that monitor whether the chute is full or empty, ensuring that the production line does not stop.

Electro-resonant Systems: Unlike traditional vibrators, Cosberg uses high-frequency systems that reduce energy consumption and ensure a more constant flow. Stainless Steel Troughs: The tracks along which the parts "rise" are usually CNC machined to ensure there are no blockages.

Quick Changeover: Designed so that the operator can recognize the product and quickly release the closing cover for maintenance or batch changeover.

Technical Process Description (Schneider / Plug Pins): The Cosberg circular vibratory feeder acts as the "brain" of the beginning of the assembly line.

The process works as follows: Spatial Orientation: The plug pins (which are asymmetrical parts) are thrown in bulk into the stainless steel vat. Through synchronized electromagnetic vibration, they "rise" along the spiral track. Profile Selection: Because the pins must always enter the assembly machine in the same position (e.g., metal tip facing forward), Cosberg uses mechanical selectors and air blowers (the valves we saw in the manual) to knock back into the vat any pin that is "upside down" or crossed. Constant Cadence: The aluminum profile at the outlet ensures that the pin is delivered in a linear chute (shuttle) at a constant speed, feeding robots or Schneider insertion presses.