We offer this service across all sectors, undertaking site visits to undertake full vehicle or airframe surveys or to access parts and assemblies that need 3D scanning.
We also offer a 3D printing service of parts that have been reverse engineered to provide clients with trial parts, mock-ups and space-claims in a physical form.
From reverse engineering and digital modelling through to rapid prototyping and production-grade polymer components, our integrated approach transforms data into high-value, physical outcomes, enabling customers to move seamlessly from concept to completion.
Our reverse engineering capability spans our design and manufacturing teams, blending expertise in laser scanning, CAD modelling, and polymer additive manufacturing to deliver fully integrated, high-quality results.
The technology provides solutions for customers that enables the supply of obsolete parts or replacement parts with long-lead times. Reverse engineering is also used effectively during aircraft surveys and to assess damaged structure enabling the creation of digital geometry in support of future modification or repair.
Our reverse engineering capabilities:
3D-Scanning: Using hand-held laser scanning technology, we accurately capture surface geometry for reverse engineering. Our scanning capability allows us to record fine detail on small components or large assemblies with exceptional precision, ensuring complete digital traceability and dimensional accuracy.
3D-Modelling: We utilise industry-leading CAD platforms, including CATIA, SolidWorks, Siemens NX and Fusion 360, to create or refine detailed 3D models. Our engineers can reverse engineer scanned data into useable geometry or design new components from scratch, ready for prototyping, fit checks or production.
3D-Printing: We operate a range of polymer additive manufacturing systems, including Stratasys Fortus, Markforged FDM and Formlabs resin printers, alongside desktop systems for agile prototyping. This enables the production of high-quality polymer parts using a wide range of materials, each selected for specific mechanical or environmental performance.
We also provide Design for Additive Manufacturing (DfAM) training, helping customers understand material options, certification pathways and the engineering advantages of additive manufacturing.
We combine highly skilled design and manufacturing engineers with subject matter experts to deliver optimised 3D models and parts for our customers.
Our solutions are created using advanced digital toolsets, underpinned by expertise in scanning, Design for Additive Manufacturing and printing across a range of additive manufacturing technologies.
This seamless process ensures:
About AFD Systems
With over 600 successfully completed engineering projects across 70 fixed-wing and rotary platforms, UAVs, drones and land systems, AFD delivers robust and technically-advanced solutions that drive the industry forward.
Headquartered in cutting-edge engineering facilities in North West England, AFD Systems is committed to engineering excellence, continuous improvement and a purpose to address complex challenges that contribute to a safer, more secure world.
Why choose AFD Systems?
our approach
Standards and accreditations
AFD Systems is known globally for its work supporting customers in the aerospace and defence sectors, while it also has in-depth expertise in highly technical and regulated sectors such as medical, motorsport, nuclear, rail and space.
In the primary sectors of aerospace and defence, we provide engineering solutions for new design, modifications, repairs and reverse engineering for major airlines, special mission platform operators, military fleets, and VIP customers.