About 1 Ton Big Bag Filling System
Our dedication to quality, significant industry knowledge, and emphasis on customer satisfaction make our 1 Ton Big Bag Filling System an excellent choice for handling complicated materials with ease. Our completely autonomous and configurable System is ready to handle the different packaging demands of our valued clients, whether they deal with chemicals, food goods, minerals, or any other bulk material.
Features : 1 Ton Big Bag Filling System
- It can fill 10 to 12 bags per hour (BPH), which ensures efficient material handling.
- It runs on a 440 V AC power source, which provides enough energy for its semi-automatic activities.
- It is a semi-automatic machine, which combines manual control with automated procedures to make it user-friendly.
Technical Specifications of Big Bag Filling System
- Feed Cylinder Structure: Single-Room Feeding
- Filling Principle: Atmospheric Pressure
- Structure: Rotary
- Packaging Material: Film
- Bag: Ready Made Bag
- Bag Sealing: Automatic
Product Details:
| Minimum Order Quantity | 1 Unit |
| Brand | SIGMA |
| Capacity | 10-12 BPH |
| Machine Type | Automatic,Semi-Automatic |
| Power Consumption | 440 V AC |
FAQs : 1 Ton Big Bag Filling System
What is the capacity of the Big Bag Filling System?
The Big Bag Filling System guarantees efficient and homogeneous material filling with a capacity of 10-12 Bags Per Hour (BPH).
What are the most typical applications for this system?
In most industrial contexts, the Big Bag Filling System is used to fill huge bags or bulk containers with various materials such as powders, granules, and other bulk items.
What is the power consumption requirement of the system?
The Big Bag Filling System is powered by a 440 V AC power supply, which is sufficient for its semi-automatic operations.
Efficient Bulk Material HandlingThis Big Bag Filling System simplifies large-scale packaging by enabling precise and quick filling of bags up to 1 ton. The semi-automatic mechanism helps operators maintain control while boosting throughput, making it essential for businesses managing bulk shipments.
Engineered for Industrial UseConstructed in India, the blue-painted filling machine boasts a sturdy design built to endure demanding environments. With a 5 HP motor and 440-volt compatibility, it serves industries looking for robust and reliable bag filling equipment.
FAQ's of 1 Ton Big Bag Filling System:
Q: How does the semi-automatic big bag filling system operate?
A: The system utilizes a semi-automatic process, where the operator places the empty bag onto the filling spout and initiates the filling cycle. The machine then fills the bag with materials until the set weight is reached, after which the operator can secure and remove the filled bag.
Q: What materials can be filled using this 1 Ton Big Bag Filling System?
A: This filling machine is suitable for a wide range of free-flowing bulk materials, such as powders, granules, grains, or minerals. It is commonly used in agriculture, chemicals, construction, and food processing industries.
Q: When is it advantageous to use this system over manual filling methods?
A: Using the semi-automatic system is beneficial when handling large quantities or very heavy materials. It enhances safety, reduces manual labor, and increases filling accuracy and speed compared to manual methods, making it ideal for high-volume production environments.
Q: Where is this Big Bag Filling System manufactured and supplied from?
A: This filling machine is manufactured and supplied from India by experienced exporters, manufacturers, and suppliers, ensuring availability and support within the region.
Q: What is the process for setting up and operating the machine?
A: To operate, position the machine securely and connect it to a 440-volt power source. Place the empty big bag on the spout, initiate the filling cycle, monitor the filling process, and once the desired weight is reached, remove and seal the filled bag.
Q: How can users benefit from using this 1 Ton Filling Machine?
A: Users gain precise control over filling, improved operational efficiency, reduced waste, and a safer work environment. The machine's robust construction and consistent performance minimize downtime and support high productivity.