01
A problem to clarify
We review the purpose of the model or device, the anatomy involved and the available data with the responsible professional.
ADDITIVE MANUFACTURING FOR HEALTHCARE
3D printing for healthcare and custom devices
Custom solutions for anatomical visualisation, planning and clinical communication, subject to validation by the responsible professional.
MODELOS · GUIAS · DISPOSITIVOSNM3D SERVICES
From problem to the right solution
We 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 itWHEN TO CALL US
We start with the problem, not the equipment
02
A decision to support
We compare materials, detail, strength and finish to select a process suited to the intended use.
03
A process to improve
We support the transition from a digital model to a prototype or custom part with defined validation requirements.
PARTS, MODELS AND TECHNOLOGIES
From anatomical model to custom device
We combine data preparation, additive manufacturing and finishing to materialise anatomy, devices, prototypes and complex components. Technology is selected according to objective, material, detail, quantity and use requirements.
FDMSLA / DLPSLSMETALMODELOS ANATÓMICOSDISPOSITIVOS
FDM01Custom orthoses, supports and models
User-adapted geometry for ergonomic studies, testing, communication and device development.
SLA / DLP02High-detail dental models
Accurate reproduction of arches, margins and detail for planning, demonstration and digital workflow validation.
SLS03Lightweight orthoses with open structures
Organic lattice forms balancing fit, ventilation, local stiffness and mass reduction.
METAL04Dental components and precision batches
Production of multiple complex metal components followed by the finishing and inspection required for the application.
ANATOMIA05Anatomical and dental models
Turning imaging data into physical models to visualise anatomy, communicate and prepare an intervention.
GUIAS06Custom guides
Devices designed to guide a procedural step, subject to clinical, engineering and regulatory validation.
METAL07Porous structures and precision components
Metal additive manufacturing can integrate porosity, functional surfaces and custom geometry in a single part.
ONCOLOGIA08Models for oncology analysis
Physical representations can help understand spatial relationships between a lesion and nearby structures.
NEURO09Neuroanatomical models
Three-dimensional visualisation of complex anatomy for planning, training and multidisciplinary communication.
CARDIO10Cardiac and vascular models
Tactile models for observing cavities, paths and anatomical relationships that are difficult to interpret on screen alone.
FDM11Functional device prototypes
Enclosures, supports, adapters and mechanisms for testing assembly, ergonomics and design iterations.
SLA / DLP12Compact parts with defined surfaces
Suitable for functional mock-ups, housings, interfaces and components where detail and finish matter.
SLS13Complex mechanisms and assemblies
Durable parts and interlinked geometry for functional prototypes, mechanisms and manufacturing aids.
METAL14Complex metal geometry
A demonstration of the ability to produce thin blades, channels, curves and highly complex repeated features.
INSOLES15Custom insoles for support and comfort
Additive manufacturing of insoles adapted to the foot for plantar support, pressure redistribution and walking comfort, based on assessment and guidance from the responsible healthcare professional.
Representative examples. Any clinical application, medical device or implantable component requires validation by the responsible professional, qualified materials and processes, and compliance with applicable regulation. Suitability is assessed case by case.
THE VALUE OF A PARTNER
A technical answer, not just a result
NM3D combines technology, software and application experience to turn data into a practical decision.
✓ Right method
✓ Clear result
✓ Specialists
✓ Continuity
HOW WE WORK
A simple process, from question to decision
Technical scoping
We collect the intended purpose, available files, dimensions and requirements specified by the healthcare professional.
Work plan
We define data preparation, material, 3D printing technology, finish and acceptance criteria.
Execution and analysis
We prepare and manufacture the model, prototype or device to the agreed plan and check the technical requirements.
Result and next steps
We deliver the part and agreed technical information; clinical suitability is validated by the responsible professional.
Do you have a challenge that needs a technical answer?
We support projects in Portugal and Spain. Send the objective, photographs or CAD, dimensions and deadline.