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Dust-free Feeding Station

The dust-free feeding station, also known as a bag dump station or bag unloading station, integrates purification, dust removal, and storage. It is ideal for handling dust when opening small bags or ton-bags of powder. Operating under negative pressure, the system effectively isolates dust and materials from operators, ensuring a clean and safe working environment. Dust is drawn into the silo, partially settling in the ash hopper, while the rest is filtered. When materials accumulate, compressed air back-blows them into the hopper. The system offers easy operation, maintenance, and cleaning while ensuring high purification efficiency (99.9996%). With stable performance, low noise, low energy consumption, and a compact design, it is widely used in industries such as pharmaceuticals, food, chemicals, pigments, coatings, and construction materials.
  • SL

  • HYWELL

  • SUS304/SUS316L/Titanium

  • Food/Pharmaceutical/Chemical

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Dust-free Feeding Station Introduce

Dust-free feeding station is also called bag unloading station, bag dump station, dust-free feeding system. The dust-free feeding station is a new type of system combining purification, dust removal, and silo. it is especially suitble for handling dust when opening small bags and feeding, a ton-bag of powder. Effectively isolate the materials, dust, and related equipment generated during feeding, from the human body, Under the negative pressure working condition of the fan, the dust and powder will be pumped into the silo, and one part will automatically settle into the ash hopper, and the other part will be pumped to the filter, to separate the gas and materials, When the materials accumulate more. they will be back blown with compressed air and fall into the ash hopper. The bag unloading station has the advantages of easy operation, observation, easy overhaul, easy maintenance, and cleaning to protect operators' health.

The dust-free feeding system has wide advantages of stable technical performance, low noise, low power consumption, beautiful appearance, large filtering area, high ash removal efficiency, small floor area, small gas consumption, good ash removal effect, convenient maintenance, small workload, wide application range and high purification efficiency (99.9996). Therefore bag dump station are deeply welcomed by users in the medical, food, coating, pigment, chemical, cement building, materials, carbon materials, and other industries.

Hywell Machinery Co., Ltd.'s dust-free feeding station is specially designed for use with vacuum feeders to achieve efficient feeding of powder mixers and perfectly solve the dust problem during the feeding process. The equipment adopts a negative pressure working mode, which can effectively isolate materials and operators to avoid dust spillage.


AA3

Dust-free feeding station

AA1

Bag Unloading Station

AA1

Bag Dump Station



How does the Dust free feeding station work?




Dust Free Feeding station to Feed Powder for Powder Mixer Video



Dust-free Feeding Station Parameter

Model

SL-800

SL-1000

Dust collection fan (Kw)

1.1

1.5

Vibrating motor (Kw)

0.08

0.18

Number of Vibration motors (Set)

2

2

Air pressure (Pa)

1217-1641

1217-1641

Compressed air consumption (m3/min)

0.03

0.03

1. Hywell machinery reserves the right to the design without notice


Dust Free Feeding Station Details Show Video



Dust-free Feeding Station Applications

The dust-free feed station system is designed for unpacking, discharging, and sieving materials from medium and small bags, making it ideal for the pharmaceutical, chemical, and food industries. It is especially effective for materials with poor flowability, ensuring smooth processing and minimal material loss.

Equipped with a dust-collecting fan, the system prevents dust dispersion during unpacking, creating a cleaner and safer work environment. Its sieving function removes impurities and oversized particles, ensuring material quality.

With an enclosed design, the system minimizes contamination and improves workplace safety. It enhances efficiency by reducing manual handling and maintaining high hygiene standards. This makes it a valuable solution for industries requiring precise and dust-free material


Dust-free Feeding System Structure

The bag dump station system is designed for efficient and dust-free material handling. It consists of a manual unloading bin, a pressure-proof unloading platform, a discharging hopper, a vibrating sifter, a filtering system, a dust-collecting system, a blowback airbag, and a vibrating motor. These components work together to ensure a smooth and controlled material transfer process.

With its advanced dust removal and filtering operation platform, the system prevents dust overflow during manual feeding, creating a cleaner and safer working environment. It is capable of handling bags of different sizes, including 50 kg, 25 kg, and 15 kg, making it a versatile solution for various industries.

The system significantly reduces workers’ labor intensity by simplifying the unloading process and minimizing manual effort. Its vibrating sifter ensures proper material sieving, improving product quality by removing impurities. The enclosed design enhances workplace safety and hygiene, making it an ideal choice for pharmaceutical, chemical, and food industries that require precise and contamination-free material handling.


Powder feeding station Working Process

aterial processing industries, transferring bagged materials to the next production stage requires a reliable and dust-free system. The Bag Discharging Station is designed to streamline this process by integrating bag opening, feeding, dust collection, and material screening into a single unit.


During operation, bags are manually opened and placed into the Bag Discharging Station, where materials are emptied efficiently. The dust-laden air, generated during the dumping process, is captured by an induced draft fan and directed into the dust removal system. Inside the system, air moves opposite to the airflow, allowing the high-efficiency filter element to trap fine dust particles. This prevents airborne dust contamination and ensures that only purified air is discharged through the outlet of the induced draft fan, maintaining a clean working environment.


To further enhance processing efficiency, the Bag Discharging Station is equipped with a vibrating sieve at its bottom. This sieve helps to remove oversized particles, foreign objects, or bulk materials, ensuring that only uniform and qualified particles proceed to the next stage. For seamless material transfer, a vacuum feeder can be integrated, allowing the screened material to move efficiently to the next process step without dust dispersion.


This advanced system is particularly suitable for handling materials with poor fluidity, preventing loss and contamination while optimizing workflow efficiency. By combining dust-free feeding, precise screening, and automated conveying, the Bag Discharging Station enhances operational safety, reduces manual labor, and improves overall productivity in various industries.


Dust-free Feeding Station Feature

Dust-free feeding

The automatic dust collection system can well inhale and discharge dust, prevent the material from generating dust during unpacking and feeding, and improve the working environment.

Sealing structure

The overall airtight, no leakage, no cross-contamination, can be directly installed in the clean workshop to ensure a clean and relaxed working environment for workers.

Various specifications of bag opening stations

One equipment can dump 50kg, 25kg, 15kg bags, which can meet different processing requirements.

Materials can be reused

The principle of backflushing is adopted to minimize the loss of products and realize the reuse of materials.

Various materials

Dust-free feeding station (Powder Dumping Machine) can choose various materials according to the different requirements of customers: 304stainless steel,316L stainless steel, carbon steel, etc., but stainless steel is generally used for the powder dumping machine.



Dust-free Feeding Ssystem Material


The overall structure, overall height, and screening device can be designed and adjusted according to the actual site layout of the user, and the  can also be equipped with vibrating screen, iron remover, vacuum feeder and other equipment for comprehensive use.


The dust-free feeding station is designed to ensure a clean and efficient material handling process, preventing dust leakage and contamination. It can be constructed using either 304 stainless steel or 316L stainless steel, depending on the customer's specific requirements. The choice of material depends on factors such as the operating environment, the type of material being processed, and any industry-specific regulations that must be followed.


304 stainless steel is commonly used due to its excellent corrosion resistance and cost-effectiveness, making it suitable for general applications. However, for environments requiring higher resistance to corrosion, such as those involving acidic or chloride-rich substances, 316L stainless steel is the preferred option due to its superior chemical resistance and durability.


This dust-free feeding station is ideal for industries such as pharmaceuticals, food processing, and chemical manufacturing, ensuring a safe and hygienic working environment. Its closed system design helps maintain product integrity while reducing dust exposure for operators. Customization options are available to meet specific operational needs, ensuring efficient and reliable performance.



How Does a Dust-free Feeding Station Work?

The working principle of a dust free system involves the following steps:

Step 1: Material Feeding

The material to be screened is fed into the center of the sieve through an inlet.

Step 2: Gyratory Motion

The motor generates vibrations, which cause the sieve to vibrate in a gyratory motion. This motion spreads the material evenly across the screen surface.

Step 3: Particle Separation

As the material moves across the screen, particles smaller than the sieve openings pass through, while larger particles are retained on the screen surface.

Step 4: Discharge

The separated particles are discharged through designated outlets, while the oversized particles continue to travel towards the outlet end of the sieve. Small granules are directly transported to the designated equipment, such as the packaging machine hopper or the powder mixer, using a vacuum feeder under negative pressure.




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