Packing Screws Nuts Bolts And Hardware Vibratory Bowl Screw Lock Nut Feeder Machine

Packing Screws Nuts Bolts And Hardware Vibratory Bowl Screw Lock Nut Feeder Machine

Product Introduction:

A high-performance nut conveyor is a combination of multiple technologies. It covers: ① Mechanical technology (vibration disc track design, wear-resistant materials); ② Sensing technology (fiber optic sensors used to detect the presence and position of nuts); ③ Pneumatic technology (precise control of blowing action by solenoid valve); ④ Control technology (PLC or embedded system processes signals and issues instructions). The technical barriers mainly lie in the high-precision design and debugging of the vibration disk track, as well as the stability and reliability of the entire system under high-speed operation.

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Transportation Pipeline: It is usually a flexible hose made of polyurethane or nylon material, with quick couplings at both ends. As an exclusive track connecting the host and the workstation. After the separated individual nuts enter the pipeline, they will be pushed by compressed air (blowing type) or mechanical mechanism (pushing type) that opens instantly, flying at high speed inside the pipeline and reaching the feeding nozzle at the end. Its flexibility ensures that it can bend freely with the robotic arm or moving mechanism.

Control System: The control core of the device (usually a programmable logic controller (PLC) or embedded microprocessor) plays the role of the "central nervous system". It is responsible for receiving instructions from various sensors and the main control system, and accurately outputting control signals based on them to manage the start and stop of the vibration disk, the speed of the direct oscillator, the action rhythm of the separation mechanism, and the opening and closing of the pneumatic valve. At the same time, the core also has basic fault diagnosis capabilities, which can judge abnormal conditions such as material shortage, blockage, and delivery timeout, and trigger corresponding sound and light alarms.

Direct Vibration Feeder: A linear vibration track, usually separated from but tightly connected to the vibration disc base. It serves as a 'buffer and acceleration channel'. Receive the directional nut gushing out from the outlet of the vibrating disc, and through its own linear vibration, smoothly and continuously transport the nut to the next stage - the separation mechanism. It can effectively eliminate congestion at the outlet of the vibrating disc and provide stable and uniform nut flow for separation.

Pneumatic System: Including gas source interface, filter, pressure reducing valve, oil mist device (triple piece), and solenoid valve. The 'power muscles' that make up the device. Provide clean, dry, and pressure stable compressed air. This airflow is both the "power source" that drives the nut to move at high speed inside the pipeline, and may also be the "driver" that drives the cylinder type separation mechanism.

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Application:

Supporting Point Projection Welding Machines:

Double Heads Capacitor Energy Storage Point Projection Welding Machine

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