Design and R&D

In the context of an engineering and R&D office, the use of a Kreon 3D scanner accelerates the design processes, optimizes product performance, facilitates interdisciplinary collaboration, and reduces time to market. It provides precise and detailed data that are essential for innovation and continuous product improvement.

The use of a Kreon 3D scanner is relevant, especially in R&D projects, in various contexts:

Geometric data acquisition

Kreon 3D scanners can be used to accurately capture the geometry of physical objects, such as prototypes, existing parts, or models, in great detail. This geometric data can serve as a basis for the design and development of new products.

Reverse engineering

Kreon 3D scanners enable reverse engineering by capturing the geometry of an existing part and creating a CAD model from this data. This can be useful in product development, modifications, or part reproduction.

Numerical simulation

The 3D data collected by a scanner can be used to create digital models for performance analysis, for example, using software that simulates material strength. These models can be used to predict product behavior and optimize their design.

Prototype evaluation

Kreon 3D scanners enable rapid evaluation of prototypes and concepts by capturing their geometry and comparing them to CAD models or initial specifications. Early detection of design or manufacturing issues is facilitated, allowing for quick adjustments and shortened development phases.

Reverse engineering of a car with surface modeling from mesh

Scanning an engine with Ace measuring arm

Why use a measuring arm with Kreon 3D scanner for R&D projects?

Speed:
Kreon 3D scanners can quickly capture the geometric information of an object, accelerating studies, particularly during prototyping phases.
Flexibility and portability:
‍Kreon measuring arms are lightweight and portable, allowing for easy movement to the piece being inspected, whether on the production site or in the engineering office.
Capture of complex geometries:
Kreon 3D scanners are capable of capturing complex shapes, including curved surfaces, internal cavities, and fine details, providing a comprehensive representation of the part.
High precision and resolution:
‍Kreon 3D scanners can capture precise details of an object's surface, resulting in highly accurate 3D models that closely resemble reality.
Ease of use:
‍Kreon measuring arms are user-friendly, and when combined with intuitive software that guides the operator, they make easier the part acquisition process.
Complementarity:
‍A Kreon scanner used on an arm can also probe points by using a touch probe, directly screwed under the scanner. On one hand, the scanner masters the inspection of the overall shape, while on the other hand, the touch probe ensures the inspection of geometric areas with smaller tolerances. This combination allows for a comprehensive and precise evaluation of the part, enabling quick decision-making to ensure compliance with specifications.