Vibratory Feeder For Cashew is designed to uniformly, regularly, and continuously transport cashew nuts from the storage silo to subsequent processing stages such as screening, peeling, grading, and packaging. It is a crucial piece of equipment in the automated cashew production line. Made of food-grade stainless steel, it is designed to accommodate the fragile nature of cashews and their need for contamination prevention. The feeding rate can be flexibly controlled by adjusting the vibration force, effectively preventing blockages and jamming in subsequent equipment due to uneven feeding, while also reducing cashew breakage. The product supports non-standard customization, allowing for customized production based on upstream and downstream equipment. Dimensions (length, width, and height) can be customized to fit the production site. It supports 24-hour continuous operation, ensuring the product perfectly integrates with the entire productio

Our factory offers two types of Vibratory Feeders for Cashew: motor-driven and electromagnetic. We can customize feeders to meet specific customer needs, ensuring seamless integration into existing production lines and enabling smooth operation of the entire line.

Motor-driven Vibratory Feeder: This is the most widely used drive type in cashew processing. It uses a vibratory motor as the core driving force, with adjustable eccentric blocks at both ends of the motor shaft. When energized, the rotation of the eccentric blocks generates centrifugal force, causing the trough to vibrate in a directional manner. It features a simple structure, moderate manufacturing cost, and the vibration frequency can be flexibly adjusted by adjusting the angle of the eccentric blocks. It is suitable for small to medium-sized cashew processing plants, cooperatives, and other batch processing scenarios.
Electromagnetic Vibratory Feeder: This uses an electromagnetic vibrator as its power source. A unidirectional pulsating current flowing through a coil causes the electromagnet to generate a pulsed electromagnetic attraction, driving the trough to reciprocate. Its high vibration frequency and small amplitude result in a gentle feeding process, effectively reducing cashew breakage during transport. It is suitable for cashew processing scenarios requiring stable feeding.
The Vibratory Feeder for Cashew not only ensures a smooth and stable conveying process, but also effectively protects the integrity of the cashew nuts through precise power control and a reasonable structural design, significantly improving the overall efficiency and product quality of subsequent processing stages.

Protecting Raw Materials: Cashew kernels are delicate and have fragile skins, making them easily damaged by collisions and compression during conveying. The vibratory feeder is optimized to address this pain point, controlling the vibration trajectory and amplitude to drive the material in a gentle sliding or jumping motion along the trough. Compared to belt or screw conveyors, it significantly reduces friction and impact between materials.
Smooth Process: In cashew processing, whether whole cashews in their shells or shelled kernels, accumulation, bridging, or adhesion are common, causing jamming and shutdowns in subsequent screening and grading equipment. The vibratory feeder uses continuous and uniform vibration force to orderly pull the material out of the hopper, forming a continuous, thin-layer conveying flow.
Versatile Adaptability: The vibratory feeder excels in adaptability to the diverse material forms and conveying requirements at different processing stages. The vibration frequency and feed rate are flexibly adjustable, handling both the rapid conveying of large batches of large cashew nuts and the stable feeding requirements of fine processing stages.
Stable and Durable: As a fundamental piece of equipment for long-term operation, stability and durability are its core advantages. The equipment features a simple and rational structural design, reinforced key components, low operating noise, and a low failure rate, reducing frequent maintenance and replacement costs for enterprises.
The Vibratory Feeder for Cashew consists of core components such as a feeding trough, a vibrating device, and spring supports. During operation, the vibration force generated by the vibrating device drives the entire device to form a stable vibration system. Depending on the selected drive method, the vibration force source can be either centrifugal force driven by a motor or pulsed electromagnetic force driven by an electromagnetic motor. Both methods can drive the trough to vibrate in a specific trajectory. After cashews are placed in the trough, under the combined action of vibration force, inertia force, and gravity, they slide smoothly or jump forward along the inclined direction of the trough, achieving continuous conveying from the storage bin to subsequent processing equipment.
| Model | Productivity (t/h) |
Feed chute size (W*L*Hmm) |
Operation mode |
Feed particle size (mm) |
Vibration motor |
Weight (Kg) |
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|
Voltage (V) |
Frequency (Hz) |
Model |
Power (KW) |
Vibration frequency (times/min) |
||||||
| GZG30-4 | 15 | 300*1000*160 | Continuous | 120 | 380 | 50 | YZD2.5-4 | 0.18*2 | 1450 | 110 |
| GZG40-4 | 30 | 400*1200*160 | YZD5-4 | 0.25*2 | 155 | |||||
| GZG50-4 | 50 | 500*1200*160 | YZD8-4 | 0.4*2 | 190 | |||||
| GZG60-4 | 80 | 600*1800*180 | 180 | YZD16-4 | 0.75*2 | 410 | ||||
| GZG70-4 | 100 | 700*1800*200 | 180 | TZP20-4 | 1.1*2 | 440 | ||||
| GZG80-4 | 200 | 800*2000*225 | 200 | TZD32-4 | 1.5*2 | 640 | ||||
| GZG90-4 | 300 | 900*1500*300 | 250 | YZD50-4 | 2.2*2 | 730 | ||||
| GZG110-4 | 400 | 1100*1500*300 | 900 | |||||||
| GZG130-4 | 500 | 1300*1500*400 | 350 | 1000 | ||||||
| GZG70-6 | 80 | 700*1800*200 | 150 | YZD20-6 | 1.5*2 | 960 | 440 | |||
| GZG80-6 | 160 | 800*2000*225 | 180 | YZD30-6 | 2.2*2 | 670 | ||||
| GZG90-6 | 240 | 900*1500*300 | 240 | YZD40-6 | 3.0*2 | 740 | ||||
| GZG110-6 | 320 | 1100*1500*300 | YZD50-6 | 3.7*2 | > 940 | |||||
| GZG130-6 | 400 | 1300*1500*400 | 320 | 1040 | ||||||
| GZG150-6 | 500 | 1500*1800*500 | 2000 | |||||||
| GZG180-6 | 800 | 1800*1800*500 | YZD75-6 | 5.5*2 | 2590 | |||||
| ZG200-6 | 1000 | 2000*2000*500 | 360 | 3700 | ||||||
In actual applications, Vibratory Feeder for Cashew is usually used in conjunction with equipment such as elevators, sorting machines, weighing and packaging machines to form an automated production line. For example, in the feeding stage before cashew shelling, drying, grading, weighing and packaging, the vibratory feeder can evenly disperse the materials on the conveying track to avoid concentrated accumulation, improve processing efficiency and the stability of subsequent equipment operation.

A Canadian cashew processing company specializing in integrated cashew peeling, grading, and packaging production purchased a cashew vibrating feeder adapted to its production line for conveying raw cashews and kernels. The equipment measures 500mm in width and 2000mm in length, constructed entirely of 304 food-grade stainless steel, meeting food processing hygiene standards and effectively preventing cashew contamination. After being put into operation, the equipment can stably transport raw cashews and kernels, suitable for a company's daily processing output of 8 tons, solving the problems of uneven feeding and high cashew breakage rates associated with traditional manual feeding. After long-term operation, the equipment demonstrates stable operation, low noise, and convenient maintenance, requiring no frequent downtime for repairs, perfectly meeting the needs of large-scale processing enterprises.

Choosing a vibratory feeder for cashew requires a comprehensive consideration of your processing needs, site conditions, and material characteristics. First, determine your processing output. Based on your daily and hourly cashew nut processing volume, determine the tank size and feeding capacity of the equipment to avoid a mismatch between equipment specifications and output. Second, consider the material characteristics. If processing fragile cashew nuts, prioritize electromagnetically driven equipment with gentle vibration; if processing large batches and requiring ease of maintenance, choose motor-driven equipment. Also consider site space. Small processing plants can choose compact models, while large plants can choose customized models based on their production line layout.

The vibratory feeder for cashew manufactured by Dahan Vibration Machinery starts at $500. Price differences mainly stem from equipment specifications, drive method, material selection, and customization requirements. Larger tank sizes and higher output generally result in higher prices; electromagnetically driven equipment, due to its higher structural and component costs, is slightly more expensive than motor-driven equipment. Equipment made of food-grade stainless steel is slightly more expensive than that made of ordinary materials. However, for non-standard customization needs, such as special dimensions or vibration parameter adjustments, the cost will increase accordingly based on the complexity of the customization. A detailed quote needs to be calculated based on the specific machine configuration, processing requirements, and customization requirements. You can provide us with your actual needs, and we will provide you with a detailed quote including shipping costs.

Dahan Vibration Machinery can provide different types of Vibratory Feeders for Cashew to meet the needs of various cashew processing scenarios, based on customer production needs and site conditions. We support non-standard customization, and can customize one-to-one drawings to precisely match the customer's processing output, material characteristics, and production line layout. All equipment is made of high-quality food-grade materials, strictly adhering to food processing hygiene standards. The production process undergoes multiple quality inspections to ensure stable and durable operation. We also provide a complete pre-sales consultation, in-sales customization, and after-sales process, providing full technical support to customers and solving various problems during equipment use.

The Vibratory Feeder for Cashew is available with both motor-driven and electromagnetic drive options, offering stable operation and adaptability to diverse scenarios. Selection should consider factors such as production volume and material characteristics; it is reasonably priced and can be customized to non-standard specifications.
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