Field-Centric Reverse Engineering Accelerates Development Speed with High-Precision and High-Speed Scanning
Portable 3D scanners offer a solution to the demand for digital restoration in the automotive and aerospace industries.

Creaform, a business unit of AMETEK Inc. and a global specialist in portable 3D measurement solutions, is accelerating its push into the reverse engineering market by adding the 'PRO Series' to its flagship product line, HandySCAN 3D™.

The newly unveiled PRO series is an integrated solution combining high-precision, high-speed hardware with intuitive Scan-to-CAD Pro software, which optimizes the entire product development process by dramatically reducing the time required from data collection to 3D model creation.

Creaform led the industry 20 years ago by introducing the first portable self-positioning 3D laser scanner, and the new PRO series builds upon that technological legacy while further enhancing accessibility and productivity.

Recently, the demand for reverse engineering has been rapidly increasing in various manufacturing sites, including the automotive, aerospace, and defense industries. In particular, the importance of high-precision scanning technology is growing in the process of restoring older vehicles or discontinued parts, or analyzing the structures of competitor products.

For example, some automakers use 3D scanners to digitize the shape of parts and convert them into CAD models to restore mold data of classic cars, and then rework them into modern designs. At aircraft manufacturing sites, maintenance accuracy is enhanced by scanning aging fuselages or wing structures to obtain precise models and comparing even minute deformations in real time.

Amidst this trend, the technological capabilities of the HandySCAN 3D PRO series, which measures millions of points per second and achieves precision of 0.03 mm, are becoming an attractive alternative for manufacturing companies seeking to increase development efficiency.

The new product uses a total of 23 blue laser lines to quickly capture complex shapes without distortion, and the integrated Scan-to-CAD Pro module automatically meshes scan data and supports sketching and modeling tasks.

Through this process, designers can immediately continue modifying and designing within the CAD environment as soon as they read the physical shape via the scanner. Since separate file conversion or intermediate editing is not required, the entire cycle from design to verification to release is shortened, resulting in faster market response times. The user interface, equipped with an LCD touchscreen and vibration feedback, enhances usability for field engineers, and the system is designed at a reasonable price point that is applicable to everyone from SMEs to large enterprise R&D organizations.

Such integrated solutions are also aligned with the 'digital twin' trend that is rapidly spreading across industries. Converting actual product shape data into high-precision 3D models serves as the foundation for simulation in virtual environments, additive manufacturing (3D printing), and maintenance automation.

In particular, these scanning-modeling solutions are becoming essential tools in industries that require the reinterpretation of physical objects as data, such as the lightweight design of automotive parts, aerodynamic analysis of fighter jets or drones, and durability reinforcement of ships and heavy equipment. The global reverse engineering market is projected to grow from $3.3 billion in 2023 to $9 billion in the early 2030s, with high-precision 3D measurement technology at its core.

Pierre-Luc Delagrave, Product Manager at Creaform, stated, “The PRO series is the optimal tool for quickly realizing ideas and producing perfect results from the start,” adding, “Based on reasonable pricing and high precision, it will accelerate the future of industrial measurement technology.”

In fact, there is a growing number of cases where designers in the automotive and aerospace sectors, as well as in the defense, energy, and robotics sectors, are seeking to redesign or improve the performance of older parts through reverse engineering, and this demand is expected to expand further with the development of high-speed and high-precision scanners.

Ultimately, the launch of the PRO series signifies more than just the arrival of a new scanner. This is because it marks the starting point for ushering in an era of 'real-time engineering,' which compresses product development cycles and enables the immediate acquisition and modification of design data on-site. Reverse engineering is evolving from a technology for restoring the past into the first step in designing future products.