The costs depend on size, geometry, accuracy requirements and desired further processing (e.g. STEP file or reverse engineering).Small components are usually significantly cheaper than complex assemblies or large machine components. After sending us photos or technical details, you will usually [...]
Accuracies of up to 0.01 mm are possible with industrial structured light or laser scanners.The actual achievable precision depends on the object, material and application. This accuracy is usually more than sufficient for quality control and reverse engineering in mechanical [...]
Yes, if no CAD data or technical drawings are available, an existing component can be scanned and then reconstructed as a CAD model (e.g. STEP) using reverse engineering. This is particularly relevant for spare parts, old systems or special machines. [...]
Typical formats are: STL (polygon mesh) STEP or IGES (CAD models) OBJ (Mesh) Additional test reports or target/actual comparisons can be provided for quality control purposes.
An optical 3D scan captures complete surfaces and complex geometries very quickly and without contact.A CMM is particularly precise for individual reference points. Industrial 3D scanning is usually more efficient for complex free-form surfaces or complete digital data sets. [...]
Yes. Mobile 3D scanning on site is possible for large, non-transportable objects.Machines, systems or assemblies are digitized directly at the customer's premises.
Depending on the object, pure data acquisition often only takes a few hours.Data preparation and any CAD reconstruction can take one to several days, depending on the complexity. Express projects are possible by arrangement.
Yes. Even damaged or worn parts can be digitally captured.For the reconstruction, the scan is then geometrically corrected or mirrored to restore the original shape.
Reflective or transparent surfaces can pose a challenge.However, with suitable preparation (e.g. scan spray) and the right scanner technology, even such components can be reliably detected.
Typical areas of application are Mechanical engineering Automotive Aerospace Tool and mold making Medical technology Series production & quality assurance