Our pneumatic feeder is a high-efficiency, energy-saving conveying equipment driven by compressed air, using vacuum generator negative pressure for automatic feeding/discharging (no mechanical vacuum pump needed). Made of 304/316L stainless steel, it has a compact structure, stable performance, and can be flexibly matched with various production equipment. It supports continuous/intermittent feeding (working pressure 0.4-0.6MPa, feeding capacity 10kg-20000kg/h, customizable), with intelligent control for automatic suction, blanking and filter cleaning.

The DSW Motor-Driven Vibrating Feeder is engineered specifically for the demanding requirements of food, pharmaceutical, and fine chemical packaging industries. This compact, high-precision feeder delivers reliable performance in small-batch and continuous production environments where accuracy, hygiene, and gentle material handling are paramount. Designed with a motor-driven eccentric mechanism, this feeder provides consistent vibration for uniform material flow, making it ideal for handling powders, granules, tablets, and capsules with minimal product degradation. The enclosed design prevents dust generation and contamination, while the adjustable feed rate allows precise control over material dosing for packaging, batching, and filling applications.

Vibrating bowl feeders are widely used by manufacturers because they provide automated feeding for factory lines, simplify industrial automation processes, improve efficiency, and reduce labor costs.: Efficient Parts Orientation: Vibrating bowl feeders ensure consistent positioning, enhancing downstream processes’ efficiency. High Feed Rates: These feeders deliver parts reliably at a steady pace, boosting overall production efficiency. Customizable Design: Versatile design options accommodate diverse part geometries and sizes, making them adaptable to various applications. Reduced Manual Intervention: Automation minimizes labor costs and improves safety, while gentle handling maintains product quality.

The DSW Multi-Lane Vibratory Feeder is specially engineered to help you meet strict quality requirements with minimal operator intervention. Featuring an easy-to-use control interface, it allows quick and precise adjustment of vibration parameters to achieve optimal product flow tailored to your production needs. Our multi-lane sorting solution is ideal for gently conveying and aligning a variety of items such as pellets, rods, capsules, and other small products. It ensures proper spacing between items, preventing overcrowding and enabling orderly arrangement throughout the packaging or assembly process, which significantly reduces product waste and improves line efficiency.

The DSW Long-Distance Multi-Drive Feeder System represents a breakthrough in industrial material handling technology. This advanced Extended Distance Multi-Drive Feeder​ combines multiple synchronized drive units to achieve unprecedented conveying distances while maintaining precise control and reliability. Engineered for demanding applications where conventional single-drive systems fall short, our Multi-drive long-distance feeder​ delivers consistent performance across extended production lines.

The DSW Mini Trough Vibratory Conveyor​ is engineered for applications where space is limited but performance cannot be compromised. This Efficient Mini Vibration Feeder​ combines a compact footprint with robust conveying capabilities, making it ideal for small production lines, laboratory settings, and tight installation spaces where traditional conveyors simply won't fit. Designed with a low-profile trough and reduced overall dimensions, our Compact Vibratory Feeder​ delivers the same reliable material handling performance as larger systems while occupying significantly less floor space. The enclosed trough design prevents dust and material spillage, maintaining a clean working environment while protecting your product integrity.

The DSW Vibrating Feeder with Inclined Discharge Chute is engineered to enable smooth material transfer and consistent feeding onto belt conveyors or downstream production lines. Designed specifically for powders, granules, and bulk materials, this feeder features a horizontally inclined discharge chute that ensures precise alignment with receiving conveyors, eliminating material spillage and creating an even, controlled material stream for continuous production flow. By combining vibration technology with an angled discharge design, the feeder provides uniform material distribution across the full width of the belt, preventing center-loading and improving conveyor efficiency. The adjustable vibration amplitude and frequency allow fine-tuning of material flow to match downstream process requirements, supporting automated production with minimal manual intervention.

The DSW Motor-Driven Vibrating Feeder is engineered specifically for the demanding requirements of food, pharmaceutical, and fine chemical packaging industries. This compact, high-precision feeder delivers reliable performance in small-batch and continuous production environments where accuracy, hygiene, and gentle material handling are paramount. Designed with a motor-driven eccentric mechanism, this feeder provides consistent vibration for uniform material flow, making it ideal for handling powders, granules, tablets, and capsules with minimal product degradation. The enclosed design prevents dust generation and contamination, while the adjustable feed rate allows precise control over material dosing for packaging, batching, and filling applications.

Our Vibrating Conveyor with Sieve​ integrates a high-efficiency vibratory feeder with a customizable mesh screen, allowing simultaneous material transport and accurate particle classification.

The enclosed electromagnetic vibrating feeder is characterized by its compact size, low noise level, lightweight construction, high operational frequency, minimal power consumption, and environmental friendliness. It ensures a dust-free working environment and is suitable for integration into automated control systems to facilitate production process automation. The feeder allows for stepless adjustment of the feeding rate and can be frequently started and continuously operated under rated voltage and amplitude conditions. Additionally, it offers convenient installation and maintenance.