Dentistry
We provide clinics and laboratories with 3D scanning and printing solutions for planning, production, and training. From CAD or intraoral data, we generate working models, guides, and custom devices. All workflows are validated and repeatable, with delivery reports and material traceability to ensure dimensional consistency and compatibility with major dental production systems.
Working Models for Laboratories
Dental working models produced with high dimensional stability support occlusal tests, contact analysis, and margin verification. Their sharp surface finish improves readability of preparation lines and prosthetic fit. We manufacture series with coded identification and controlled tolerances, including pins, dies, and articulated bases — enabling faster, more predictable, and fully documented laboratory workflows.
Implantology Models
3D implantology models with analogues and sleeves allow validation of positions, emergence profiles, and prosthetic spaces before final manufacturing. Geometric precision ensures proper fit of abutments and bars, while stable materials prevent deformation during the process. Each model is supplied with traceability labels, enhancing communication between clinic and laboratory and reducing rework in digital workflows.
Dental Anatomical Models
Anatomical models for study and demonstration support diagnosis, planning, and patient communication. Optional texture and colour highlight clinical landmarks, while durable materials allow repeated use in consultations and training. Models include markings, standardized bases, and dimensional documentation, improving treatment predictability and patient understanding.
Custom Dental Guards
Thermoformed guards customized to the patient’s arch improve comfort and retention, reducing micro-movements and increasing protection. The design is created from scan/IBC data, with zonal thickness control and smooth edge finishing. We supply technical data sheets and hygiene instructions, ensuring durability and reproducibility across series.
Custom Relaxation Guards
Customized devices for bruxism and mandibular relaxation reduce joint overload and dental wear. Their design balances rigidity and elasticity and may include relief areas. We offer different hardness levels and colours, with engraved identification and sterilizable packaging. Batch traceability and compliance reports support daily clinical practice.
Customized Surgical Guides
Surgical guides designed from virtual planning direct drilling and cutting with high precision, reducing surgical time and increasing safety. We use biocompatible materials and validated processes, with dimensional verification and pre-surgical simulation. Guides can include sleeves, inspection windows, and fixation elements according to the surgeon’s protocol, and are delivered with complete operating room documentation.
Surgery
Patient-specific anatomical models derived from CT or MRI scans support surgical approach planning, team training, and instrumentation simulation. Relevant structures are segmented, colour-coded, and prepared for 3D printing with clinical accuracy. This reduces intraoperative uncertainty, shortens operating times, and improves communication with both the patient and the multidisciplinary team.
3D Planned Orthognathic Surgery
Virtual planning with 3D models enables osteotomy simulation, prediction of segmental movements, and the design of customized guides and plates. Surgeons receive pre- and postoperative models, splints, and alignment documentation, accelerating procedures and recovery. Geometric accuracy minimizes intraoperative adjustments and enhances aesthetic and functional predictability.
Oncology – Personalized Planning with 3D Models
Patient-specific models highlighting tumours and critical structures help visualize margins, plan resections, and guide reconstruction. 3D prints support surgical team discussions, informed consent, and training. We offer sterile or benchtop versions, with colour legends and segmentation reports, improving safety and decision-making in complex cases.
Neurosurgery – Surgical Preparation with 3D Models
We replicate cranial and vascular anatomy from MRI and angiography to support trajectory studies and access evaluation. Models highlight nerves, vessels, and lesions, assisting with surgical planning and technique training. Printing with transparent or semi-rigid materials facilitates visualization of internal structures and instrumentation practice, reducing risk and operative time.
Traumatology
Bone models featuring fractures and deformities support implant selection, plate pre-bending, and minimally invasive access planning. Bilateral reconstructions allow direct comparison and planning, with marked references for guide positioning and fluoroscopy. This improves accuracy, shortens surgical time, and reduces radiation exposure for both the team and the patient.
High-Precision Metal Parts
We manufacture robust, biocompatible components for instruments and implants using metal additive manufacturing, with optimized geometries and weight-reduction designs. Post-processing, including heat treatment and machining, ensures the required mechanical properties and surface quality. Each part is supplied with material certificates, dimensional inspection reports and, when required, full traceability in accordance with relevant medical device regulations.
Cardiology – Physical Models for Study and Intervention
Custom heart and vascular models made with elastomeric materials that mimic compliance support planning of structural interventions and catheterization training. They allow device testing, evaluation of annuli and ostia, and optimization of approaches. Transparent versions are available for flow visualization, manufacturing documentation, and advanced training or R&D.
Orthopedics and Prosthetics
We manufacture preventive and corrective devices tailored to patient anatomy, based on 3D scanning and clinical CAD design. The workflow includes design, validation, printing, and finishing, ensuring comfort, strength, and aesthetics. Each device is supplied with usage instructions, material traceability, and the option for series adjustments — reducing waiting times and improving therapeutic adherence.
Custom Sports Protection Masks
Lightweight, resistant, custom-fitted masks protect facial areas, enabling a safe return to activity. Geometry is adapted to helmets and equipment, distributing loads for long-lasting comfort. Soft internal finishing and adjustable fastening systems ensure stability. Each mask is delivered with fit reports and customization options for athlete or team identification.
Custom Prosthetic Covers
Aesthetic and functional covers for upper and lower limb prostheses enhance user comfort and confidence. Designs can incorporate textures, colours, and patterns while maintaining access to components and ventilation. Lightweight, impact-resistant materials are used. Each cover is custom-made with precise fittings and supplied with a maintenance and replacement kit.
Customized Equipment
We develop specific orthopaedic and prosthetic aids (jigs, positioners, supports) to optimize clinical and workshop procedures. Additive manufacturing enables lightweight, ergonomic geometries that reduce technician effort and adjustment time. Documentation and usage instructions are provided to improve productivity and repeatability.
Custom Insoles
Insoles produced from plantar scans and clinical assessment provide targeted support, postural correction, and pressure relief. Thickness and hardness are controlled by zone, with ventilation and hypoallergenic finishing options. Digital production ensures consistent quality across pairs and series, accompanied by design reports and usage recommendations.
External Prostheses
Custom external shells and components guarantee a proper fit, comfort, and functional integration into daily life. We optimize weight and stiffness, protect components, and facilitate cleaning. Aesthetic options range from neutral to fully personalized, without compromising durability. Each device includes traceability and can be remanufactured from the patient’s digital file.
Internal Prostheses
In collaboration with clinical and R&D teams, we produce internal models and mock-ups for implant evaluation and procedural testing, as well as dedicated surgical instruments. The process focuses on biocompatibility, geometric accuracy, and complete documentation, supporting concept validation and transition to medical device production.
Equipment
Our R&D department supports healthcare professionals in the development of customized devices and instruments for specific procedures. Rapid prototyping shortens iteration cycles, improves ergonomics, and accelerates technical validation — all while maintaining full traceability and clinical documentation.
Medical Equipment
High-precision instruments, positioners, and surgical aids improve safety, workflow, and ergonomics. Designs are co-developed with clinical teams, validated through physical testing and dimensional inspection. Each device is supplied with material and process compliance reports, ready for use in the operating room, training environments, or research projects.
