A problem to clarify
We define the method and evidence required before starting.
Prototypes, functional parts and short runs using the technology and material best suited to each project objective.
FDM · SLA · SLS · METALWe have organised our services by the outcome the customer needs, while preserving direct access to each speciality.
X-ray & CT inspectionSee beyond the surface
3D scanning & reverse engineeringFrom object to digital model
CMM dimensional metrologyTraceable geometry
Large-volume 3D measurementAccuracy where the part is
Optical & vision inspectionFast, repeatable control
Offline programming & metrologyLess downtime, more capacity
Prototyping & 3D printingFrom idea to part
Additive manufacturing for healthcareClinical workflows and certified materials
Maintenance & calibrationPerformance and traceability
Specialist technical supportExpert help when you need itONLINE ADDITIVE MANUFACTURING
Tell us the application, material, quantity, finish and deadline. NM3D reviews the project, recommends FDM, FGF, SLS, SLA/DLP or metal/SLM and sends a quotation before production.
We define the method and evidence required before starting.
We define the method and evidence required before starting.
We define the method and evidence required before starting.
Every project needs a different combination of technology, material, orientation, finish and inspection. These examples range from the first iteration to functional parts and short-run production.
Concept models, form and fit validation, and first iterations without tooling.
Smooth surfaces, defined walls and high detail for presentation, testing and dimensional validation.
Simultaneous production of many parts, with geometric freedom and efficient use of build volume.
Prototypes combining transparent, flexible, rigid or coloured zones in a single part.
Consolidated lightweight geometry for functional applications where stiffness, mass and integration are critical.
Mass reduction while preserving load paths, stiffness and function with forms that cannot be machined directly.
Complex channels, blades and transitions produced as one piece for energy, mobility and industrial equipment.
Multiple thin blades and repeated channels with high geometric complexity and fewer assemblies.
Detailed parts produced together, suitable for masters, presentation models and visual validation.
After building, parts are extracted, cleaned and finished according to their intended use and surface.
Additive manufacturing integrates texture, local stiffness and visual identity directly into the geometry.
Monolithic components with curved surfaces and fine features, reducing joints, operations and assembly risk.
PROTOTIPAGEM13From the first model to functional revision, we produce successive versions to learn and decide earlier.
PRODUÇÃO14Flexible production of functional components, variants and small batches without upfront mould investment.
FERRAMENTAS15Custom tools for assembly, inspection, positioning, ergonomics and shorter operation times.
AUTOMÓVEL16Prototypes, ducts, brackets and test parts to validate assembly, space, function and behaviour.
AERONÁUTICA17Complex geometry and mass reduction for prototypes, tooling and engineered components.
SOBRESSALENTES18We scan, reconstruct and manufacture discontinued or adapted parts when the original drawing no longer exists.
Representative examples. Technology, material, accuracy, finish and post-processing are defined after reviewing geometry, function, quantity, deadline and project requirements.
NM3D combines technology, software and application experience to turn data into a practical decision.
Method, criteria and evidence tailored to the required decision.
Method, criteria and evidence tailored to the required decision.
Method, criteria and evidence tailored to the required decision.
Method, criteria and evidence tailored to the required decision.
Send the objective, photographs or CAD, dimensions and deadline.