case study
In the aerospace industry, every component must be traceable throughout its entire lifecycle. From raw material to finished assembly, permanent identification plays a critical role in maintaining quality, safety, and regulatory compliance. SIC Marking provides advanced industrial marking solutions that help aerospace manufacturers meet the stringent traceability requirements associated with AS9100 quality management standards.
Our range of dot peen, laser, and scribing marking systems enables manufacturers to create permanent, high-quality marks on a wide variety of aerospace materials while supporting robust production traceability and quality assurance processes.
AS9100 is the internationally recognised Quality Management System (QMS) standard for the aerospace, aviation, and defence industries. Based on ISO 9001, AS9100 includes additional requirements focused on:

Permanent part identification is a key element of maintaining traceability throughout manufacturing, assembly, maintenance, repair, and overhaul (MRO) operations.
While AS9100 does not prescribe a specific marking technology, it requires manufacturers to ensure that product identification remains durable, legible, and traceable throughout the product lifecycle.
Not all components that require marking may be similar in shape and size therefore finding a ‘one size fits all’ machine can be a real challenge for manufacturers. This is why SIC Marking has developed it’s product range to suit 99% of applications.
We have a range of benchtop dot peen and laser marking systems for the companies that are manufacturing small to medium sized precision engineered components.
We also developed a range of fully portably hand held laser and dot peen marking machines for companies working with larger components and fabrications that can also use the same technology to identify their bar stock on arrival.
All of our machines are equipped as standard with the ability to generate: human readable text, 2D Data Matrix codes and Logo’s. Our software also allows for automatic incrementation of serial numbers to avoid any operator error as well as various methods of communication to an MES or ERP systems.
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Achieving AS9100 certification requires effective quality management and complete product traceability. SIC Marking provides industrial marking solutions that help manufacturers permanently identify critical aerospace components with consistent, high-quality results.
Whether you manufacture aircraft structures, precision machined parts, engines, defence components, or aerospace assemblies, our marking technologies support efficient production, digital traceability, and long-term product identification.
With decades of experience in industrial marking, SIC Marking continues to help aerospace manufacturers improve productivity, strengthen quality assurance, and support compliance with the traceability expectations of the AS9100 quality management framework.
AS9100 requires organisations to maintain product identification and traceability throughout the manufacturing process and product lifecycle. Permanent marking is one of the most effective methods of meeting these traceability requirements, depending on the
application and customer specifications.
The ideal marking technology depends on the component material, required mark depth, production speed, and customer requirements. SIC Marking offers dot peen, laser, and scribing solutions suitable for a wide range of aerospace applications.
Yes. Our laser and dot peen marking systems produce high-quality Data Matrix codes, serial numbers, text, logos, and other permanent identifiers commonly used in aerospace manufacturing.
Absolutely. Our equipment can be integrated with robotic cells, PLCs, MES platforms, ERP systems, and automated manufacturing lines to support Industry 4.0 production environments.
SIC FACTORY AUTOMATION (SFA) is the control software for SIC MARKING laser stations, designed to simplify, secure, and automate industrial marking operations. Compatible with all standard and custom laser stations in the range, SFA adapts equally well to single-unit environments and mass production.
Its goal is clear: increase productivity while reducing the risk of errors, thanks to an intuitive interface, differentiated user profiles, and rigorous management of marking data.
The manual mode is perfectly suited for small batches or varied productions.
Typical workflow:
Advantages:
The risk of error is greatly reduced thanks to software constraints and step validation.
For mass production or continuous flow, SFA offers:


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