We are committed to working with you to understand your quality control, reverse engineering, 3D measurement, scanning and inspection requirements for a wide variety of applications. Once we establish what your specific requirements are, we tailor our service offering to enable you to meet your objectives.
Provides precise, reliable measurements that ensure high-quality manufacturing and streamline production processes.
Accurate measurement and alignment of aircraft components and structures to meet strict industry standards.
Delivers precise measurements that enhance the design, production, and quality control of medical devices and implants.
Inspection and verification of tooling, fixtures, and assembled vehicles or components.
Provides accurate measurements for the inspection and maintenance of critical components, ensuring optimal performance, reliability, and extended lifespan.
Enables precise measurement and inspection of equipment and parts, improving operational efficiency, reducing downtime, and ensuring safety and durability.
We provide high-precision 3D scanning services using our dedicated Metrology systems at any location across Australia, New Zealand, and further afield, if required. Here’s how we deliver exceptional results:
At Scan-Xpress, we bring 28 years of expertise in 3D metrology, using industry-leading Metrology Systems to deliver high-accuracy measurement solutions you can trust. Here’s why leading industries rely on us:
With three decades of experience, our skilled team brings extensive knowledge in 3D metrology ensuring that every project is executed with precision and attention to detail.
We deliver accurate and timely inspection results, helping you keep your projects on schedule.
Every project is unique. We tailor our services to meet the specific needs and standards of your industry.
We have successfully worked with clients across industries such as aerospace, automotive, energy, shipbuilding, heavy engineering and more.
Using the GOM Scan 1, we performed a 3D scan of a classic Ford Falcon hood scoop. We reverse engineered and modified its geometry and length to allow our client to add some power to his engine.
One of our prospective customers was looking to use 3D scanning for quality control and reverse engineering of marine propellers. We used the ATOS Q to capture full field 3D data, enabling us to compare to CAD and identify critical defects.