3D Laser Scanning Technology

Infinite Portable Measuring Arm Mobile for on-site work WI-FI capabilities Twin Mount for laser scanning inspection and probe reverse engineering, Infinite rotation of the arm’s principal 7 axes for inspection of difficult-to-reach details

Perceptron V5 Laser Scanner V5 has fast point-collection system Collects cloud data at 458,000 points per second Laser bandwidth of 150mm. Accurate to +/- 0.024mm. The arm position is used to translate the profile data

What we can offer:-

Digitizing and Reverse Engineering
Reverse engineering involves measuring an object and reconstructing it as a 3D model, for design, quality control, or manufacturing purposes. The digital representation of an object can be defined by three output formats.

Point Cloud Data Acquisition
The first stage of the reverse engineering process is the data acquisition stage, whereby the scanner is swept over the surface to be digitized. This produces a dense cloud of points, creating a 3D representation of the physical object.

Polygonal Model
The cloud points from the laser can easily be transformed into a more usable format such as a polygonal model. A polygonal model is a triangular faced mesh surface that can be used in downstream CAD applications to create fully robust 3D models or can be sent directly to 3D printing machines and other such rapid prototyping machines.

Solid Model
A full parametric solid model may also be created from scan data. This is a model that can be defined by specific dimensions and design constraints to define the geometry. The file will typically be made to recreate the design intent of the model, correcting for imperfections in the manufacturing process and restoring it to its original intended size. A parametric solid model is typically used for the re-manufacture of components and can be easily edited in the majority of CAD systems.