'/%3E%3C/svg%3E){kind=small}
Sheet Metal Sorting: What It Is and How Automatic Sorting Works
Automating Cut Part Management for More Efficient Production
Sheet metal sorting is becoming an increasingly important stage in automated sheet metal processing. After laser cutting, the produced parts must be picked, separated, organized and managed efficiently before moving on to subsequent production stages.
When these operations are performed manually, managing the parts can be time-consuming and may involve several operators. An automatic sorting system, on the other hand, makes it possible to automate the handling of cut parts, making the process more organized, faster and better integrated with the laser cutting machine.
Sheet metal sorting therefore fits into a broader automation process in which the material is managed from storage and feeding through to cutting and the subsequent separation of the parts.
What Is Sheet Metal Sorting?
The term sheet metal sorting refers to the set of operations required to automatically manage and organize the parts obtained from cutting a sheet of metal.
Once the laser cutting cycle has been completed, the working surface may contain numerous parts with different shapes and dimensions. These components must be separated from the remaining sheet material and organized according to production requirements.
An automatic sorting system can handle these operations, reducing the need for manual intervention and allowing the parts to be transferred to the destinations specified by the production process.
Sorting therefore involves more than simply picking up the parts. It can include more comprehensive material management, from separating components to organizing and handling them.
How Does Sheet Metal Sorting Work After Laser Cutting?
The sorting process is generally carried out at the end of the cutting cycle. The laser cutting machine performs the nesting of the components on the sheet metal and proceeds with cutting according to the planned configuration.
Once this stage is complete, the cut-part management system takes over and can automate the subsequent operations.
1. Part Identification
The system must recognize the arrangement of the components produced by the cutting process and the information required to manage them correctly.
Knowing the position and characteristics of the parts makes it possible to organize the subsequent picking operation consistently with the production program.
2. Picking the Cut Parts
Automatic cut parts picking makes it possible to remove components from the working area without necessarily requiring manual intervention for every individual part.
This stage is particularly useful when the nesting contains numerous components or when different production batches are processed frequently.
3. Separation from the Remaining Sheet
After cutting, the parts must be separated from the remaining sheet structure. Automating this operation makes it possible to manage both the components intended for production and the remaining material in a more organized way.
4. Component Organization
The parts can be organized according to criteria related to production, the production order or the subsequent processing stage.
This helps prevent components belonging to different production orders from being mixed together and facilitates the management of subsequent operations.
5. Transfer to the Next Stage
Once separated and organized, the parts can be moved to the area specified by the production process.
The result is a more continuous flow between laser cutting, sorting and subsequent processing operations.
Why Automate Sheet Metal Sorting?
Manual management of cut parts can become a limitation, especially in production lines characterized by high production volumes, frequent changes in production orders or long work cycles.
Sorting automation addresses precisely this stage, reducing repetitive activities and improving process continuity.
Reduced Manual Operations
One of the main benefits is the reduction of manual work required to collect and organize components after cutting.
Operators can therefore focus more on activities that require monitoring, supervision and production management.
Greater Production Continuity
A sorting system integrated with the cutting process can help make the transition between one stage and another more efficient, limiting interruptions caused by the manual handling of parts.
Better Part Organization
Automatically separating and organizing components helps keep the production area more organized and makes it easier to identify parts belonging to different production orders.
Reduced Handling Times
When component picking and management are automated, it is possible to reduce the time dedicated to operations following laser cutting.
This is particularly interesting in production environments characterized by many cutting cycles throughout the day.
Laser-Cut Parts Sorting
Sorting laser-cut parts becomes particularly important when a single sheet contains numerous different components.
Nesting makes it possible to optimize the arrangement of geometries on the sheet, but once cutting is complete, the challenge of managing the resulting parts remains.
An automatic system transforms this stage from a simple collection operation into a genuine component management process.
Part separation can be integrated with information generated by the cutting process, creating continuity between machine programming and management of the produced material.
Automatic Sorting and Part Picking
Automatic cut parts picking is one of the core functions of a sorting system.
Depending on the plant configuration, the system can manage components with different shapes, dimensions and quantities, organizing handling operations according to production requirements.
Automatic picking also reduces the need to manually handle parts that can vary significantly in size and weight.
To learn more about this aspect, visit the page dedicated to automatic cut parts picking.
Sheet Metal Sorting and Production Order Management
One of the most interesting benefits of automatic sorting is the ability to keep components intended for different production orders separate.
In a production environment characterized by numerous orders, a single day may involve cutting many different types of parts. Managing these components manually can increase the risk of confusion and require additional time and space for their organization.
An automated system makes it possible to establish a more structured approach to part management, facilitating the transition from cutting to the next production stage.
Sorting thus becomes an integral part of automated production management rather than simply an operation performed at the end of the laser cutting cycle.
Integration Between Laser Cutting and Sorting
The real value of sorting emerges when the system is integrated into the production line.
The laser cutting machine is only one stage of the process. Before cutting, the material must be managed, while after cutting, the produced parts and subsequent operations must be handled.
Complete automation can therefore connect several stages:
- sheet metal storage;
- laser cutting machine feeding;
- component cutting;
- cut parts picking;
- sorting and component organization;
- handling towards subsequent production stages.
In this way, sorting is not considered an isolated system, but rather part of a broader automated process.
Sorting and Sheet Metal Production Automation
Automating sheet metal management makes it possible to improve several activities that traditionally require the constant presence of operators.
Sorting is one of these stages and can contribute to improving the overall efficiency of the production line when it is designed around the characteristics of the manufacturing process.
The most suitable solution depends on several factors, including production volumes, sheet dimensions, part types, frequency of production changes and department organization.
For this reason, a sorting system should be evaluated as part of the overall production process rather than solely on the basis of the individual picking operation.
When Is It Worth Installing an Automatic Sorting System?
Sorting automation can be particularly interesting for companies using laser cutting machines with frequent and diversified production.
Situations in which it can provide greater value include:
- a high number of daily cutting cycles;
- production of many different parts;
- frequent changes in production orders;
- the need to reduce manual operations;
- the need to improve organization within the production area;
- the need to increase production process continuity.
The benefits should nevertheless be evaluated by considering the entire production flow and the relationship between investment, production capacity and the reduction of manual activities.
Sheet Metal Sorting and Existing Production Lines
Introducing a sorting system does not necessarily mean completely replacing the existing production line.
In many cases, the goal of automation is precisely to integrate new functionalities into an existing production process, connecting the sorting system to the laser cutting machine and other equipment already present in the production area.
The design must therefore take into account the available space, the characteristics of the laser cutting machine, material flows and the way production orders are managed.
A customized approach makes it possible to develop a solution that is consistent with the company’s actual requirements.
From Sorting to Automated Sheet Metal Management
Sorting is one stage of a broader process that includes sheet metal management before, during and after cutting.
To achieve a higher level of automation, sorting systems can be connected with systems dedicated to automatic sheet metal storage and warehousing, creating a continuous flow between raw material and cut products.
In this scenario, the material can be picked from the warehouse, sent to the laser cutting machine, processed and subsequently managed through the sorting system.
The result is a more integrated process in which the different stages of production are designed to communicate and work together.
A Sorting System Designed Around Production Requirements
Not every company processes sheet metal in the same way. The requirements of a company producing large standardized batches can be very different from those of a business handling numerous orders with small quantities and frequent production changes.
For this reason, a sheet metal sorting system must be evaluated according to the specific characteristics of the production line.
Component dimensions and weight, number of parts produced, working area layout, production order flow and integration with other machines are all factors that can influence the configuration of the automation system.
The goal is to create a system capable of fitting into the production process without introducing additional operational complexity.
BEMATIK’s Experience in Sheet Metal Automation
BEMATIK develops automation solutions dedicated to sheet metal processing, with particular focus on the integration of loading, handling, cutting, sorting and material management.
The company has more than 25 years of experience in the industry and more than 600 installations worldwide, providing the expertise required to address production projects with different requirements.
Automated systems are designed around the characteristics of the production line and the customer’s objectives, with the goal of creating reliable solutions suitable for continuous industrial use.
From Laser Cutting to Automatic Sorting
Sheet metal sorting makes it possible to automate a key stage in the management of parts produced by laser cutting.
Picking, separation, organization and handling of components can be integrated into a single process, reducing manual operations and improving production continuity.
When sorting is also connected to loading systems and automatic sheet metal storage, it is possible to create a more complete workflow that starts with raw material and continues through to the management of cut parts.
To learn more about automation opportunities, discover the sorting system for cut parts and BEMATIK’s solutions for automated sheet metal management.
