Frequently Asked Questions

Our models are derived from real patient MRI and CT scans, preserving individual anatomical variations. They offer realistic tactile feedback for drilling, cutting, and handling, validated by neurosurgeons for training use. Surgeons report 92% satisfaction and 9+/10 usability scores.

Yes. We create patient-specific models from provided MRI/CT scans (DICOM format). We can replicate tumors, vascular abnormalities, fractures, and other pathologies. Typical turnaround is 2-3 weeks from scan to delivery.

Current models support: EVD insertion, foramen magnum decompression, craniotomy/craniectomy, burr hole placement, skull base approaches, and temporal bone drilling. We are continuously developing models for additional neurosurgical procedures.

Models are designed for single-use training to maintain anatomical realism. However, for institutions requiring multiple training sessions, we offer bulk pricing and regular delivery schedules.

We partner with hospitals and training centers to supply models for their courses. We do not directly deliver surgical training, but work closely with course organizers to ensure models meet educational objectives. We have supported 10+ courses at leading institutions including UCLH National Hospital for Neurology and Neurosurgery.

Absolutely. Our models are used extensively in neurosurgical residency programs for procedural skills development. They allow residents to practice rare or high-risk cases safely and repeatedly, building muscle memory before operating on patients.

Yes. Patient-specific models help surgeons explain procedures to patients and families, improving informed consent. Some institutions use models to demonstrate planned surgical approaches and expected outcomes.

Cadaveric training faces ethical, logistical, and cost challenges. Our models provide a repeatable, consistent, and ethical alternative. Trainees can practice the same procedure multiple times without cadaver scarcity constraints. Models are available year-round, require no special storage, and avoid religious or cultural concerns.

Our production nodes in London, Zurich, and Taiwan enable local manufacturing close to end users. This reduces shipping distances, carbon emissions, and delivery times. Digital files are transferred securely, and only the final physical model is shipped.

All patient data is anonymized before processing. We handle DICOM files according to data protection regulations (GDPR, HIPAA-compliant workflows available). Original scans are not stored after model creation unless explicitly requested for research partnerships.

We work with hospitals, training centers, and medical schools worldwide. Contact us via our contact page to discuss bulk orders, ongoing training partnerships, or collaborative model development.

Yes. Our decentralized model enables us to reduce costs and expand access. We are exploring partnerships and grant funding to support surgical training in underserved regions. Contact us to discuss options.

Absolutely. We collaborate with academic institutions on surgical technique validation, device testing, and education research. We have supported research projects with over 100 models. Contact us to discuss research partnerships.

Contact us through our contact page with details about your use case (training course, research, pre-operative planning). We'll discuss model specifications, quantities, and timelines. Typical turnaround is 2-3 weeks.