3D scanning, reverse engineering and manufacturing
Engineering that turns industrial problems into manufacturable solutions. From a physical part to CAD, manufacturing and validation, as agreed for your project.
Each project has its own scope. Start with a service, a physical part or an industrial problem.
I know the service
I have a part or a problem
Parts without drawings, worn components and CAD comparisonPrepare the project
Define requirements for a quotationLocation, drawings, material, quantity and expected deliverables.
Every part. One vision.
Explore a mechanical assembly: separate its components and rotate the view. This visualization is not a dimensional inspection report.
Optional 3D · about 12 MB. Loads only when activated.
"From physical parts to digital models. From models to manufacturing. With agreed requirements and deliverables."
End-to-end engineering
Most suppliers subcontract manufacturing and lose control of their own delivery date. We design, manufacture and validate with our own equipment, machinery and people. One accountable party from end to end, with no excuses and no loss of control.
Design
Concept, 2D and 3D CAD, reverse engineering and simulation. We turn the requirement into a model that is ready to be manufactured.
Development
Rapid prototyping, iteration and dimensional validation until the right design is frozen.
Manufacturing
Coordinate the manufacturing processes selected for the agreed project scope.
Implementation
Installation and commissioning on your line or in your plant, supported by the people who made the part.
Integration
Assemblies, devices and fixtures integrated into your process, with dimensional evidence at every step.
One supplier, the whole chain
Each division stands on its own, and each one feeds the next. That internal connection is what an isolated workshop cannot offer you.
Design, scanning and reverse engineering
CAD design, high-accuracy digitizing, CAD reconstruction from physical parts, prototyping and dimensional metrology.
Engineering division
Machining, additive and composites
CNC milling and turning, additive manufacturing and composite parts selected around the project requirements. Inspection is agreed as part of the scope.
Manufacturing divisionFrom the mold to the production run
Part design, mold design and manufacture, and contract molding — so responsibility for the finished part is not divided between three companies.
Plastic Injection division
Each service feeds the next
Our divisions are not isolated departments. They are gears in the same mechanism, and that is the part a single-process workshop cannot reproduce.
You have the part but no mold and no drawings. We scan it, rebuild the CAD and develop the tooling to produce it in volume.
The same team that designs your part programs its machining. Nothing is lost in translation between one supplier and the next.
Validate fit and assembly with a printed part before committing to tooling. It costs a fraction of a mold revision.
The geometry we capture to rebuild a part is the same geometry we use to prove whether it conforms.
Manufacturing and assembly must use agreed interfaces, tolerances and acceptance requirements.
Installation and commissioning can be reviewed as a separate scope according to the project requirements.
Geometry that shapes a project
Industrial applications to review
Each application requires a review of function, tolerances and acceptance criteria. Sector-specific experience and compliance must be supported by project documentation.
Automotive
Tooling, fixtures and components: define drawings, inspection references and dimensional requirements before selecting a service.
Medical
Medical applications require review of intended use, materials and regulatory requirements. No medical certification is implied.
Food
Parts, spares and equipment components for production lines that cannot afford to be stopped waiting on an import.
Your next project starts with a conversation
Tell us which part, which problem or which idea you have in front of you. We answer quickly and we speak plainly.