High-Efficiency Bulk Bag Discharge System for Food Processing

Customization:	Available
Accuracy:	Customized
Capacity(t/h):	150-300

Basic Info

Model NO.

Ton Bag Unloader RX-1

Feeding Rate Control

Semi-Automatic

Hopper Capacity

Customized

Motor Power(kw)

1~10

Usage

Building Materials, Chemical Industry, Metallurgy, Food Processing

Optional Configuration

Weighing and Measuring Device / Beating Device

Control Method

Button / PLC

Voltage

220V~600V

Feeding Method

Gravity Attraction

Transport Package

Non-Fumigated Wooden Box

Specification

Ton bag unloader RX-1

Origin

China

Production Capacity

5000 Pieces/Year

Product Description

High-Efficiency Bulk Bag Discharge System for Food Processing

The Ton Bag Feeding Station

This system boasts a sleek and intuitive design, coupled with cutting-edge automation features. This innovative combination dramatically enhances feeding efficiency and significantly minimizes the labor-intensive tasks usually demanded of operators.

Moreover, it can be outfitted with a sealed bag clamp to ensure an airtight bag opening, effectively preventing any dust dispersion. For materials with poor flowability, additional vibration or tapping devices can be incorporated to enable seamless and efficient unloading.

Unpacking methods include manual assistance for bag opening or automatic knife cutting, catering to various types of ton bags. The high efficiency of this ton bag feeding station effectively tackles challenges such as clumping and discharge issues caused by moisture absorption during the bag opening process.

Features a simplistic structure, easy installation, and user-friendly operation.
Significantly reduces material residues, thereby preventing potential cross-contamination.
With the integration of various accessories, it expertly handles the unloading of a diverse array of materials.
Ensures sealed unloading to eliminate dust dispersion, thereby enhancing the working environment for staff.
Can be effortlessly connected to equipment such as glove boxes, hoppers, and reactors.
Generates no heat during the opening process, ensuring optimal safety and mitigating explosion risks.

Technical Specifications

Structural Unit	Specification	Material
Pounding Device	Pneumatic Control	Q235/304/316L Stainless Steel
Electric Hoist (Lifting Capacity)	1T/2T/3T
Temporary Storage Bin	0.4m³
Hanging Bracket	800-1200mm
Dust Removal Device	0.5-10μm	Filter Bag/Cartridge
Unpacking Method	Manual/Automatic	Q304 Stainless Steel

Product Gallery

Our Valued Customers

Frequently Asked Questions

1. What is the primary purpose of the Ton Bag Unloader RX-1?

The Ton Bag Unloader RX-1 is designed to automate and simplify the process of discharging materials from bulk bags (ton bags). It enhances feeding efficiency, prevents dust contamination, and reduces labor intensity for operators.

2. How does the system prevent dust dispersion during unloading?

The station features a sealed bag clamp that ensures an airtight connection when opening bags. It can also be integrated with a dust removal device featuring a 0.5-10μm filtration system to keep the environment dust-free.

3. What configurations are available for handling poor-flowability materials?

For materials prone to clumping or blockages, the system can be customized with optional equipment such as a pneumatic beating/pounding device and vibration mechanisms to facilitate smooth material flow.

4. What unpacking methods are supported by the RX-1 station?

It supports both manual assistance for bag opening and automatic knife cutting mechanisms, depending on your bulk bag specifications and operational requirements.

5. In which industries is the Ton Bag Feeding Station commonly used?

It is widely utilized in food processing, chemical processing, building materials, metallurgy, pharmaceutical processing, and other industries handling bulk powder or granular materials.

6. Is this equipment safe for hazardous or explosive environments?

Yes. The bag opening process generates no heat, which ensures optimal safety and mitigates dust explosion risks, making it safe for sensitive manufacturing environments.