What is a Swing Arm Weight Sorting Machine

Definition
The Swing Arm Weight Sorting Machine is an advanced automation device utilized in industrial production. It is primarily designed for dynamic weighing and sorting of products. Equipped with a high-precision load cell and intelligent control system, this machine can rapidly detect the weight of products and classify or reject them based on predefined weight ranges. Widely applied in the food, pharmaceutical, and logistics industries, it significantly enhances production efficiency while ensuring product quality.

Function
1. High-Precision Weighing: Utilizes a high-precision weighing sensor to ensure accurate measurement results, with sensitivity reaching ±0.1g.
2. Automatic Sorting and Rejection: Automatically allocates products to different conveyor belts based on their weight or removes non-conforming items.
3. Data Management: Features data recording and statistical capabilities, enabling the generation of production reports, supporting data export, and facilitating network integration.
4. Diverse Rejection Methods: Offers multiple rejection methods, such as air blowing, push rods, and swing arms, allowing users to select the most suitable option based on product characteristics and production requirements.
5. User-Friendly Interface: Equipped with a touch-screen operation interface that supports multi-language switching, enhancing ease of use.
6. Hygienic Design: Constructed with a fully stainless steel frame, providing corrosion resistance and ease of cleaning, meeting stringent hygiene standards in the food and pharmaceutical industries.

Working Principle
The operational mechanism of the rocker arm Weight Sorter involves the following stages:

1. Feeding Transfer: Items to be sorted are fed into the sorter via conveyor belts, rollers, or other devices, ensuring continuous operation to meet automated production line demands.
2. Dynamic Weighing: Once the item enters the weighing section, it is dynamically weighed by the weighing sensor. The load cell converts the weight information into an electrical signal, which is transmitted to the control system for processing.
3. Data Processing and Judgment: Upon receiving the weight data from the sensor, the control system compares it against predefined standard weights. Based on the comparison, the system determines whether the item's weight falls within the acceptable range, identifying underweight, overweight, or normal-weight items.
4. Sorting Action:
Weight Range Distribution: The system directs items to different conveyor belts based on their weight, achieving precise weight-based sorting.
Rejection of Non-Conforming Products: Items identified as underweight or overweight are automatically rejected using the appropriate rejection mechanism (e.g., rocker arm eliminator), ensuring only qualified products proceed to the next stage.
Alarm Notification: When an item is detected as underweight or overweight, the system triggers audible and visual alarms to notify operators for manual intervention if necessary.
5. Collection and Packaging: Sorted items are collected in designated containers or conveyor belts according to their weight differences, preparing them for subsequent packaging, handling, or sale.

 

Application Scenarios
Rocker arm weight sorters find extensive application in the following sectors:
Food Industry: Ensures consistent product weight in packaging, enhancing product quality and consumer satisfaction.
Pharmaceutical Industry: Guarantees precise drug dosages, mitigating safety risks associated with sorting errors.
Logistics Industry: Facilitates rapid sorting of packages with varying weights, boosting logistics efficiency.
Summary
With its exceptional precision, automation, and versatile functionality, the rocker weight sorter has become an indispensable asset in modern industrial production. It not only improves production efficiency and reduces costs but also ensures product quality, delivering substantial economic benefits to enterprises. As technology continues to evolve, such equipment will further advance in intelligence, precision, and speed, offering even more efficient and reliable solutions across various industries.