Prototyping and production

/ What we do /

Prototyping and additive manufacturing

Rapid Prototyping

This process is crucial for design validation, functional testing, and aesthetic modeling. It is the ideal solution for quickly obtaining working prototypes, verification models, and mock-ups.

Functional prototypes
Aesthetic prototypes
Verification models
Mock-ups and masters

Additive Manufacturing

Additive Manufacturing is our solution for creating final parts and producing limited series batches. We use various professional technologies, including FDM/FFF 3D printing and Stereolithography (SLA).

FDM/FFF 3D printing
Stereolithography (SLA)
Limited series production
Technical and composite materials

Complementary Services

To support the entire product development cycle, we provide high value-added technical services. These include reverse engineering and 3D scanning to digitize existing objects.

Reverse engineering
3D scanning
Topological optimization
Post-processing

The advantages of rapid prototyping

Blue geometric pattern symbolizing data flows, engineering, and software development.

Reduced Times

From design to prototype in days instead of weeks

Costs Contents

No tooling costs or dedicated tools

Fast Iteration

Quickly test and modify the design

Complex Geometries

Create impossible shapes using traditional methods

/ The prototyping process /

From concept to realization

We start with your idea or existing CAD file. If you don’t have a 3D model yet, we take care of the modeling based on drawings, sketches, photos, or physical samples.

3D modeling from scratch based on technical drawings, sketches, or concepts
Analysis of existing CAD files (STEP, IGES, STL) and geometry verification
Reverse engineering from physical samples using 3D scanning
Material consulting based on mechanical, aesthetic, and functional requirements
Choice of optimal technology (FDM, SLA) for your use case
Detailed quote with delivery times and costs

We prepare files for printing by optimizing orientation, supports, and process parameters.

Mesh repair and error correction in STL files
Optimal orientation to minimize supports and maximize quality
Generation of smart, easily removable supports
Parametric slicing with layer height, infill, and speed settings

We create your prototype using professional additive technologies, monitoring every stage of the process.

Controlled printing with real-time monitoring of temperature, layers, and adhesion
Quality control during production to detect any anomalies
Multiple technologies available for different applications and materials
Complete traceability of the production process

We finish the piece with surface treatments and quality checks before delivery.

Removal of supports and thorough cleaning of the piece
Sanding and finishing of the surface to improve aesthetics
Sandblasting to even out the surface (available for some materials)
Painting and treatments on request (primer, color, transparency)
Dimensional control and verification of compliance with specifications
Professional packaging and delivery within the agreed time frame

/ Application areas /

Serving multiple industries

Medical

Anatomical models, surgical guides, custom prostheses, and medical devices

Electronics

Enclosures, device cases, PCB holders, and product prototypes

Architecture

Architectural models, plastic models, urban concepts, and structural prototypes

Technologies and Materials

FDM/FFF

Fused Deposition Modeling for functional and resistant prototypes Materials: PLA, ABS, PETG Nylon, TPU (flexible) Composites (carbon fiber, wood) Technical materials (PC, ASA)

SLA - Stereolithography

High precision and surface finish for aesthetic prototypes Materials: Standard resins Transparent resins ABS-like resins Castable resins (jewelry)

/ Case Study /

Real projects, measurable results

Internet of Things

Electronic Enclosure

Housing for IoT device printed with FDM technology using high-speed PETG. This functional prototype was designed to safely and efficiently house and protect the internal electronics. The use of PETG ensures excellent mechanical and thermal resistance, making it suitable for use in a variety of operating environments.

Urban Planning

Urban Model

Urban model with complex details for project presentation. This model is an essential tool for visualizing and communicating complex development plans and interventions in the urban context. The faithful reproduction of architectural elements allows for a clear assessment of the visual impact and spatial relationships of the project.

/ FAQ /

Frequently Asked Questions

We accept all major CAD formats: STEP (.stp, .step), IGES (.igs, .iges), STL (.stl), OBJ (.obj), and native files from major CAD software (SolidWorks, Inventor, Fusion 360, etc.). The preferred format is STL for 3D printing, while STEP is ideal for any modifications.

Absolutely! We offer comprehensive 3D modeling services based on technical drawings, sketches, photos, or even just a verbal idea. We can also capture existing physical objects using 3D scanning and reconstruct the editable CAD model (reverse engineering). Our team of designers will work with you from concept definition to print-ready files.

The time required depends on the complexity of the piece, the technology used, and the dimensions. On average: FDM prototypes take 2-5 days, SLA prototypes take 3-7 days. For urgent projects, we offer an express service with delivery in 24-48 hours.

Absolutely! Additive manufacturing is perfect for small and medium series (1 to 1000+ pieces) where traditional methods are not economically viable. We offer progressive discounts for quantities greater than 10 identical pieces.

Yes, we offer comprehensive reverse engineering services using professional 3D scanners. We can capture existing geometries and reconstruct editable CAD models, ideal for out-of-production spare parts or for reengineering existing components.

It depends on the application of the part. For aesthetic prototypes and high precision, we recommend SLA; for durable functional parts and large volumes, we recommend FDM with technical materials. We offer free consultation to help you choose the optimal solution based on the required mechanical strength, surface finish, tolerances, and budget.

We offer various post-printing processes: manual or chemical vapor smoothing, sandblasting to even out the surface (available for certain materials), painting (primer, RAL color, transparency), metallization, CNC machining for holes and threads, assembly of metal inserts, and heat treatments to improve mechanical properties.