In highly regulated industrial sectors such as the automotive, aerospace, electronics, metallurgy y pharmaceuticals, guaranteeing the traceability of each piece or component is not just a technical requirement, but a strategic need. Industrial traceability enables tracking the origin, location, and evolution of each product across the entire supply chain, ensuring control, regulatory compliance, and trust for customers.
One of the most effective systems to achieve robust and durable traceability is the laser marking and microdot, technologies that allow identifying parts permanently without affecting their integrity or performance. En este artículo exploramos cómo funciona esta tecnología, por qué es esencial en la industria moderna y cómo empresas como Omnielectric, official distributor of Telesis Technologies, Inc., can help you implement it.
Why is industrial traceability important?
Traceability goes far beyond labeling. In critical industries, each batch or component must be uniquely identified to be able to:
- Quickly locate production defectsand withdraw specific units if necessary (e.g., recalls).
- Meet international quality and safety standards, such as ISO 9001, IATF 16949 (automotive) or FDA CFR 21 Part 11 (medical and pharmaceutical industry).
- Ensure the integrity of the supply chain, from raw material to the end customer.
- Prevent counterfeits, protecting both the brand and the end-user safety.
Key technologies: Laser Marking and Micropoint
Among the available solutions, the laser marking and the micropoint markingstand out for their precision, durability, and adaptability to different materials and industrial environments.
Laser Marking
Laser marking uses a highly focused light beam to modify the surface of the material, generating codes, logos, or serial numbers in a way indelible and without physical contact. Es ideal para metales, plásticos técnicos, cerámica o vidrios industriales.
Advantages of laser marking:
Withstands extreme environments: heat, chemicals, moisture.
High resolution and contrast, perfect for 2D codes like QR o Datamatrix.
Does not damage the base material or compromise its structural integrity.
Micropoint Marking
In this case, a high-speed needle strikes the material to generate small points or microimpacts. It is especially useful for rough surfaces or metal parts that must withstand very harsh conditions, such as in heavy automotive or aerospace.
Advantages of micropoint:
- Deep engraving, even on oxidized or irregular surfaces.
- Low maintenance cost.
- Compatible with ferrous and non-ferrous materials.
Both technologies are used by Telesis Technologies, Inc., a global leader in industrial marking solutions, whose systems Omnielectric distributes in Spain.
Applications in industry: beyond just the serial number
Today, traceability is no longer limited to a simple serial number engraving. Modern solutions allow incorporating:
- Datamatrix Codeswith all product information: origin, manufacturing date, lot, production site.
- Logos and custom symbols, to reinforce the brand and comply with visual regulations.
- Unit Identificationof small parts or electronic components with high-precision laser markings.
This versatility makes laser marking and micropoint essential tools in processes such as:
- Quality control and batch traceability in the pharmaceutical industry.
- Maintenance logging in aerospace o automotive.
- Marking of metal parts in the rail sector o energy.
- Fraud prevention in consumer electronicsKey benefits of industrial marking for traceability.
Implementing a permanent marking solution as part of a traceability strategy brings tangible benefits to any industrial organization:
✅ Permanent and durable identification
Marking technologies from Telesis allow engraving information without affecting the material quality. This ensures data remains visible even after coating, industrial cleaning, or prolonged use.
✅ International regulatory compliance
Thanks to its precision and reliability, laser and micropoint marking is accepted by regulators and certifiers worldwide. It is a solution compatible with demanding standards across all production sectors.
✅ Full control in production and distribution
Each marked code serves as a unique identifier to trace the path of a part, from raw material receipt to customer delivery. This enables automation of quality management, inventory, and maintenance systems.
✅ Fraud and counterfeiting prevention
By making the replication of marked codes difficult and enabling automatic verifications, this technology protects manufacturers and consumers from counterfeit or manipulated products.
How can Omnielectric help you?
In
Omnielectric has years of experience working with industrial companies to improve their traceability systems, quality control, and automation. As official distributors ofTelesis Technologies, Inc , we offer technical consulting, equipment selection, commissioning, and after-sales support for solutions such as:.Laser marking CO₂, fiber, or UV
- Micropoint marking pneumatic or electromagnetic
- Systems integrable into automated production lines
- Connected traceability control software
- Additionally, our experts can help you
adapt the solution to the specific requirements of your sector, both in regulatory terms and in technical compatibility with your current production lines.Do you want to take your industry’s traceability to the next level?
Contact
Omnielectric and discover how to implement a robust, reliable, and scalable laser marking or micropoint system tailored to your industry’s demands. y descubre cómo implementar un sistema de marcado láser o micropunto robusto, fiable y escalable, adaptado a las exigencias de tu industria.
