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Laser Marking for the Aerospace Industry
Permanently and durably mark aerospace components with Telesis laser marking and dot peen equipment.
Request a quote Request a quoteLaser Marking in the Aerospace Industry
Laser marking in the aerospace industry withstands high temperatures, such as those found in aircraft engines. That’s why specialized marking is essential to ensure precise, legible, and permanent marks. Aerospace engineering and aircraft manufacturing materials must endure extreme forces and high temperatures.
Vinssa provides marking systems with clarity and reliability, allowing aircraft components to be marked on any surface.
The Best Laser Marking Machines for the Aerospace Industry
Laser marking is a key solution for ensuring the traceability of components that require precision and durability. Below are the most advanced permanent marking technologies distributed by Vinssa from Telesis.
Dot Peen Markers
These devices, also known as pin marking systems, create direct marks on various surfaces, from metals to plastics, with exceptional durability.
PINSTAMP®
The PINSTAMP® dot peen line uses floating pin technology, making it easy to mark curved and asymmetrical surfaces.
The TMM5400 model is ideal for deep and fast markings, optimizing productivity in the aerospace sector.
BenchMark320®
Designed for smaller-scale work, this portable and efficient model offers features like 2D codes, barcodes, and logos with intuitive software.
Fiber Lasers
Fiber lasers are essential tools in aerospace laser marking. Their precision and non-contact operation make them ideal for QR codes, serial numbers, and logos.
Key benefits:
- High precision for intricate details.
- Non-contact operation to protect delicate components.
- Low maintenance, minimizing downtime.
UV Lasers
Perfect for heat-sensitive materials, UV lasers generate high-contrast marks without affecting material integrity.
Key benefits:
- High-quality marking with a smaller focus point.
- Minimal thermal effects.
- Ideal speed for demanding industrial environments.
CO2 Lasers
CO2 lasers offer versatility and are ideal for materials like ceramics, rubber, and wood, as well as specific aerospace components.
Key benefits:
- Non-intrusive marking that preserves component structure.
- Competitive initial cost.
- High efficiency for continuous cycle applications.
¿Why Is Laser Marking Important in Aerospace?
Extreme temperatures, such as those in aircraft engines, are intolerable for labeling methods like inkjet, stickers, and RFID. The aerospace industry requires a marking method that is durable and resistant to specialized engineering processes.
The best solutions are laser marking and dot peen systems offered by Vinssa, ensuring high-quality, durable, and high-performance traceability.
Advantages of Laser Marking in Aerospace
Marking aerospace products and aircraft components offers major industry advantages by optimizing production traceability. Here are some key benefits:
- Operational efficiency
- High-quality marking
- Versatile application
- Durability
- Eco-friendly solution
Applications in Aerospace Component Marking
Aerospace laser marking systems engrave barcodes, logos, serial numbers, and personalized details on a wide range of components:
- Landing gear parts
- Actuators
- Turbine components
- Fasteners
- Plates
- Controls
- Nozzles
- Vanes
- Reconditioned engines
- Pumps
- Heat exchange systems
- Brake discs
- Transmission gears
- Burners
- Generators
- Thrust reversers
- Identification plates
- Gear assemblies
Frequently Asked Questions About Aerospace Laser Marking
¿What is aerospace laser marking?
It is a permanent engraving process that ensures the traceability of components using advanced laser technology.
¿Why choose Telesis for aerospace laser marking?
Telesis machines offer precision, durability, and adaptability to various materials while meeting the industry’s strict standards.
¿What are the benefits of laser marking for aerospace components?
¿What is the difference between fiber and UV lasers?
Fiber lasers are best for metals and plastics, UV lasers work with heat-sensitive materials, producing high-contrast marks.
¿What materials can be marked with these technologies?
Metals like stainless steel and titanium, as well as plastics, ceramics, and advanced composites.
¿How does aerospace laser marking impact component quality?
Non-intrusive laser marking, such as fiber and UV lasers, preserves the structural integrity of components.
¿What are the applications of laser marking in this sector?
It is used for engraving serial numbers, QR codes, logos, technical instructions, and more.
¿ What are the advantages of Telesis marking software?
The software enables quick and easy customization of designs, patterns, and codes, optimizing marking processes.
¿What maintenance do these machines require?
Fiber and UV lasers have few moving parts, significantly reducing maintenance needs.
¿Why is Vinssa the best partner for aerospace laser marking solutions?
Vinssa offers expert consulting and access to Telesis technologies, providing precise and reliable solutions for the most demanding applications.
Aerospace Marking Systems Are an Investment
Discover our laser marking systems, ideal for ensuring quality, efficiency, and precision. Contact us to speak with one of our specialists.
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