Design and customization of industrial traceability systems for piece identification using coding systems.
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Industrial marking solutions provide monitoring of components from their initial stage as raw material to their transformation into a finished product.
This allows users to access data on:
For purposes of:
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Permanent labeling of industrial parts and materials using a non-contact laser beam that creates contrast. This high-precision, high-quality process increases marking speed in production, ensuring efficiency and durability. See more
A permanent depth marking process through direct contact, creating a series of dots on various materials. Dot peen marking delivers high-speed, indented markings, ensuring durability and traceability. See more
A permanent engraving technique that produces a clean, precise, and aesthetically smooth marks. It offers excellent marking speed and depth on a wide range of surfaces.
Laser engraving on metal is an innovative technology for industrial companies that uses laser energy to create precise markings or engravings on metal surfaces such as parts, components, or spare parts.
A precise, simple, and fast technique that allows identification on materials such as carbon steel, copper, bronze, aluminum, and brass, improving brand visibility and product traceability. It creates durable marks that resist acids, chemicals, and corrosion without damaging the product surface.
Laser marking on titanium is a delicate method that doesn’t damage the product surface. It is characterized by the system's resistance and density.
Laser marking on aluminum is a careful, yet highly precise and deep method that ensures excellent results.
Permanent, readable, high-speed marking solution for internal traceability, aesthetic engraving, barcodes, series, and logos for material identification.
Direct marking process on glass surfaces using a marking engraver for design customization. It provides excellent finishes and designs with high precision, especially for fine details in the laser market.
Direct marking process on wood surfaces using a marking engraver for design customization. It offers excellent finishes and high precision for detailed laser designs.
Laser marking on copper and brass is distinguished by its high heat and electrical conductivity, making it suitable for precise and deep marks.
Mark Parts Early in the Production Process it's essential to integrate the marking system at the start of the production line to ensure traceability from the beginning.
Choose the Right Technology select the most suitable technology based on the working area, material type, and post-marking processes to ensure optimal results.
Integrate with Vision Systems to improve efficiency and add new capabilities, marking systems can be integrated with artificial vision systems for piece inspection. This enhances quality control and traceability.
High-quality marking of automotive parts with minimal downtime, operating 24/7 throughout the year.
Marking of refrigerators, washers, and their internal components.
High-speed CO2 marking to engrave expiration dates on large volumes of packaging.
Sustainable solutions for permanent marking of construction equipment.
Marking of processes, dates, batches, and material of product fabrication.
Marking of valves, steel plates, tubes, and more.
Marking of PCB boards to identify the components that make them up.
Marking of parts with robust equipment that withstands demanding environments.
In the current industrial landscape, industrial traceability has become a cornerstone for ensuring higher quality, efficiency, and safety across supply chains.
A well-implemented industrial traceability system directly impacts a company's operational costs. By enabling the precise identification of defective products or specific batches, companies can avoid mass recalls, minimize waste, and reduce costs associated with returns or rework management.
In industries where safety and quality are paramount, such as food, automotive, and medical sectors, industrial traceability systems are essential for handling crises quickly and effectively. In cases of product recalls or regulatory non-compliance, traceability allows for the rapid location and isolation of affected batches, mitigating financial and reputational impacts.
One of the standout benefits of industrial traceability is the ability to collect and analyze real-time data. This information not only improves decision-making but also helps identify areas for improvement in production and logistics processes.
Industrial marking refers to the process of identifying products using texts, codes, and logos. This practice is essential for establishing control and traceability systems for products or parts. Various technologies and methods are used in industrial marking to achieve precise and readable identification.
Our laser equipment is equipped with line cabins that ensure a safe environment for the operator.
Yes, we offer components that enhance the safety of our industrial marking systems, such as marking cabins, as well as the required personal safety equipment, which you can find in our industrial safety equipment (EPP) section.
Materials such as metals (stainless steel, copper, aluminum, etc.), plastics, leather, glass, and more can be marked.
An industrial marking system refers to the mechanism that uniquely identifies all parts manufactured in a production process. This technique ensures the traceability of each part produced in the process.
Laser marking offers higher marking speed and better quality when printing information.
Yes, marking systems can operate in an isolated station or be integrated into a production line for 24/7 operation.
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