CAD & 3D Modelling
Develop accurate digital product models for review, prototyping, visualization and manufacturing preparation.
Discuss a Project ↗Concepts cannot be tested or produced reliably without controlled geometry, clear interfaces and models built for the intended downstream process.
A clearer basis for the next commitment.
- 01Whether the geometry and architecture are ready for prototyping
- 02How parts, interfaces and assemblies should be configured
- 03Which changes are needed before manufacturing review
What can be included.
- Parametric part and assembly modelling
- Mechanical product design support
- Reverse engineering from reference geometry
- STL repair and additive-manufacturing optimization
- Rendering-ready and production-oriented model preparation
A transparent, decision-led workstream.
Review source inputs, tolerances and output requirements
Define the model architecture and critical interfaces
Build and check controlled CAD geometry
Review fit, access, clearances and manufacturability
Release agreed file formats with revision notes
Outputs built to be used.
CAD development for a prototype-ready assembly
SituationA selected concept requires accurate parts, interfaces and manufacturing assumptions before physical testing.
How SCULTRA respondsSCULTRA develops the parametric model, resolves interfaces, checks the assembly and releases prototype-ready files with design notes.
Applied in relevant sector contexts.
What clients usually need clarified.
Which CAD formats can you deliver?
Outputs can include native models and common exchange formats such as STEP, IGES and STL. The exact format is agreed based on the client’s toolchain and downstream use.
Can you repair an existing STL or scan-derived model?
Yes. The scope may include mesh repair, surface reconstruction, dimensional cleanup or full parametric rebuilding depending on the quality and intended use.
Are drawings included?
Drawings can be included when dimensions, tolerances and manufacturing communication are part of the agreed scope.
Continue the journey.
Product Design
Turn user, market and business requirements into a coherent product concept ready for engineering development.
Rapid Prototyping
Make ideas tangible early so teams can test form, fit, usability and technical assumptions before committing further.
Design for Manufacturing
Refine product geometry, architecture and material choices for a realistic manufacturing route.