1500W Automatic Bowl Feeder Vibratory Plastic Parts Stainless Steel(SUS304)

Product Specification

CE Certificate Vibrating Bowl Feeder Plastic Parts Automatic Vibratory Feeder Machine

1 . Descriptions:

To optimize production processes in the medical products manufacturing sector, vibratory feeder systems are highly effective. These automation machines offer automatic servo control, adjustable vibration angles, and impressive feed rates, making them well-suited for feeding items like needles, caps, vials, and sanitized staples on medical/pharmaceutical assembly or packaging lines.

Vibratory feeders come in various specifications and can achieve feed rates of up to 1800 parts per minute. This makes them a highly efficient and cost-effective solution for feeding medical/pharmaceutical parts and products such as syringes, cannulated screws, scalpels and surgical blades, blood collection tubes, and plastic bottles.

Equipped with a variable speed control box, these automation machines provide precise control over the vibration of the bowl feeder. The feed rates can be adjusted to match the yield rate of the assembly line, ensuring optimal performance.

Medical/pharmaceutical grade vibratory bowl feeder systems are meticulously engineered to meet specialized requirements and employ FDA-approved components. They boast several features, including:

Complete stainless steel construction with easily cleanable parts, ensuring durability and the ability to withstand rigorous wash-downs with industrial cleaning solutions.

Grounded and hand-polished bowl, welds, and inside tracking for a smooth and pit-free design.

Heavy-duty construction employing corrosion-resistant stainless steel fasteners and hardware.

Weld seams that are filled and grounded.

Tab-mounted bowls for effortless removal.

Stainless steel drive unit covers.

Non-contact parts level sensor.

Vibratory feeders for medical/pharmaceutical applications are available with various coating options, such as powder coating and spray-on coatings, to meet specific requirements.

Medical/pharmaceutical grade vibratory bowl feeders can be customized to incorporate unique features that fulfill the hygiene requirements of the medical and pharmaceutical industries.

Given the wide array of manufacturers, models, and customized designs available, selecting the appropriate part feeder system can be challenging. It is crucial to choose bowl feeders with the right track length and width, taking into account the shape and size of the components to be fed on the assembly/packaging lines.

2 . Specifications:

3 . Increase the Life of Vibratory Feeder Bowls:

Electric rotary vibrator feeders are utilized to transfer products from small to large hoppers. These machines exert a powerful force on the entire feeding system and are known for their ruggedness, enabling them to withstand harsh operating conditions.

To prolong the lifespan of your electric rotary vibrator feeder, it is essential to implement certain practices:

Regular Maintenance:
Performing regular maintenance procedures is crucial. Instead of waiting for failures to occur, maintenance should be conducted as a preventive measure. Regular upkeep significantly increases the lifespan of the product and its components.

Adherence to Manufacturer Specifications:
Manufacturers provide usage guidelines based on comprehensive performance tests conducted prior to product sale. It is important to communicate these guidelines to all users and strictly adhere to them.

Duty Cycle Limits:
Operating the electric rotary vibrator feeder beyond its specified duty cycle limits can reduce its lifespan. To extend the product's life, it is important to operate within the recommended duty cycle limits.

Respect Product Limitations:
Operate the electric rotary vibrator feeder within its physical capacity limitations. If the motor has specific input and output requirements, it should be operated accordingly. Respecting the product's limitations ensures its longevity.

When selecting electric rotary vibrator feeders, careful attention should be given to the requirements of your specific application. Factors such as power supply, output capabilities, and cost should be considered to ensure the chosen equipment is suitable for your needs.

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