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Automatic Sorting System: How It Works and Its Benefits
Automating Part Picking, Separation and Management After Laser Cutting
An automatic sorting system makes it possible to automate the management of parts produced by laser cutting, reducing manual operations and creating a smoother transition between the cutting process and subsequent production stages.
When a laser cutting machine processes sheet metal with different geometries and numerous components, cutting is only one part of the overall process. Once processing is complete, the cut parts must be picked, separated, organized and handled.
Integrating a sorting system makes it possible to automate these operations, creating a more efficient connection between the laser cutting machine and the rest of the production area.
What Is an Automatic Sorting System?
An automatic sorting system is a solution designed to automatically manage parts produced by a cutting machine, handling the operations that follow the cutting process.
The system can manage the picking of cut parts, their separation and subsequent organization, reducing the need to perform these activities entirely by hand.
Sorting can therefore become an integral part of the production process and contribute to creating an automated workflow connecting the laser cutting machine with subsequent stages.
To learn more about the topic in general, you can also visit the page dedicated to the sorting system for cut parts.
How Does an Automatic Sorting System Work?
The operation of a sorting system depends on the plant configuration and production characteristics, but the process can be divided into several stages.
Picking Parts from the Cutting Area
Once the cutting cycle has been completed, the system takes over to manage the produced components. Automatic cut parts picking reduces the manual work required to collect components from the processing area.
This becomes particularly important when many parts are produced during the same day or when the nesting contains numerous different geometries.
Separating the Components
The parts must be separated from the remaining sheet metal and managed in an organized way. The sorting system automates this stage, making it possible to distinguish components intended for different production orders or processes.
Organizing the Parts
After picking, the components can be organized according to production requirements. Structured management helps prevent disorganized accumulation and facilitates the transition to subsequent processing operations.
Automated Handling
The system can also manage the movement of components towards the areas specified by the production process, creating a more continuous flow between the different stages of processing.
Why Use an Automatic Sorting System?
Sorting automation addresses the need to eliminate or reduce a series of repetitive operations that, in an industrial production environment, can require a significant amount of time and resources.
Automating these activities makes it possible to improve not only process speed, but also its organization, continuity and reliability.
Reduced Manual Operations
One of the main benefits is the ability to reduce the number of manual interventions required after cutting.
Operators can therefore dedicate more time to supervision, quality control and production management rather than continuously handling components.
Greater Production Continuity
An automatic system makes it possible to connect the end of the cutting cycle with the management of the produced parts more efficiently.
This can help reduce waiting times between stages and make better use of the laser cutting machine’s production capacity.
Better Production Area Organization
Automated component management helps keep the production area more organized and allows parts to be arranged according to subsequent processing requirements.
Reduced Handling Times
Collecting, separating and handling parts can represent a significant portion of the overall time dedicated to component management.
Automating these operations makes it possible to reduce non-productive time and improve material flow efficiency.
Automatic Sorting System for Laser-Cut Parts
Automatic sorting of laser-cut parts is particularly important in production environments characterized by a high number of different components.
The laser cutting machine can produce complex nesting layouts containing parts with different shapes, dimensions and production destinations.
Once cutting is complete, manually managing all these components can become a lengthy and inefficient operation. A sorting system, on the other hand, makes it possible to automate part management and maintain a more organized production flow.
Sorting therefore becomes the connection between the cutting stage and the subsequent management of components.
What Types of Parts Can a Sorting System Handle?
The characteristics of the parts produced can vary significantly from one company to another. Components with different shapes, dimensions and quantities can be processed depending on the characteristics of the production process.
For this reason, the design of a sorting system must take several parameters into account:
- part dimensions;
- component weight;
- geometry of the cut parts;
- number of parts produced;
- frequency of production order changes;
- management methods for subsequent processing operations.
The goal is to create an automation system that is consistent with the actual characteristics of the production process.
Automatic Sorting and Production Order Management
An industrial production environment may handle numerous production orders simultaneously, each with different components and quantities.
Proper sorting management makes it possible to keep parts organized and reduce the risk of components belonging to different processes being mixed together.
The system can therefore contribute to more structured management of the produced material, facilitating the activities carried out after laser cutting.
This is particularly interesting for companies that frequently work with small batches and diversified production.
Sorting System and Laser Cutting Machine Automation
A sorting system reaches its full potential when it is integrated with the laser cutting machine and other automation systems present in the production area.
The process can be organized as a workflow in which the different stages communicate with one another:
- sheet metal storage;
- automatic machine loading;
- laser cutting;
- part picking;
- automatic sorting;
- component organization and handling.
In this way, sorting is not considered an isolated piece of equipment, but rather part of an integrated automation system.
To learn more about the relationship between automation and part management, you can also read the article dedicated to sheet metal sorting.
Integrating Sorting into an Existing Production Line
An automatic sorting system can also be considered for production lines that are already operational.
In these cases, it is necessary to analyze the laser cutting machine configuration, available space, material flows and the way production orders are managed.
The integration must allow the new system to fit into the existing process without creating obstacles to production.
Customized design makes it possible to evaluate the characteristics of the production line and identify the configuration best suited to the company’s requirements.
Automatic Sorting and Industry 4.0
Sorting is one of the technologies that can contribute to the digitalization and automation of production processes.
When integrated with the laser cutting machine, handling systems, management software and an automatic warehouse, sorting can become part of a production ecosystem in which the different stages are interconnected.
The goal is not simply to replace a manual operation with an automated one, but to create a more continuous and structured process.
When Is It Worth Installing an Automatic Sorting System?
Sorting automation can be particularly interesting when manual part management represents a limitation to productivity.
Situations in which it may be useful to consider this technology include:
- high production volumes;
- many cutting cycles throughout the day;
- numerous different parts in each nesting;
- frequent changes in production orders;
- the need to reduce manual activities;
- the need to improve organization within the production area;
- the need to increase production process continuity.
The decision should nevertheless be made by considering the production process as a whole and evaluating the relationship between investment, productivity and the benefits that can be achieved.
A Sorting System Designed Around Production Requirements
There is no single sorting configuration that is equally suitable for every company.
An effective solution must be designed around the characteristics of the production process, the laser cutting machine being used and the way parts are managed after cutting.
Automation customization makes it possible to take into account component dimensions and weight, production volumes, frequency of process changes and available space.
The result should be a system capable of integrating into the production process and providing a tangible improvement in part management.
From Sorting System to Automated Sheet Metal Management
Sorting is an important stage in a broader process of sheet metal processing automation.
When the system is also connected to the previous stages, it is possible to create a workflow that starts with raw material management and continues through to the management of cut components.
Automatic sheet metal storage, laser cutting machine loading and subsequent sorting can therefore be considered as parts of a single automation strategy.
BEMATIK’s Experience in Sorting Automation
BEMATIK develops automation systems for processes related to sheet metal processing, integrating solutions for loading, handling, sorting and material management.
The company has more than 25 years of experience in the industry and more than 600 installations worldwide.
This experience makes it possible to address projects with different production requirements and develop solutions designed to integrate with existing industrial processes.
The goal is to create reliable systems designed for continuous operation within the customer’s production environment.
Automating Part Management After Cutting
An automatic sorting system makes it possible to automate a key stage of sheet metal processing: managing parts after laser cutting.
Picking, separation, organization and handling can be integrated into a single workflow, reducing manual activities and improving production continuity.
When sorting is integrated with automatic loading, laser cutting and sheet metal storage, it is possible to achieve a more complete and coordinated automation process.
Discover BEMATIK’s automatic sorting solutions and learn more about how to automate the management of cut parts within your production process.
