Surgical Planning Additive Research and Knowledge centre. Empowering surgeons with patient-specific 3D models and VR visualizations for unparallelled clinical outcomes.
Partnering with leading surgical teams in orthopaedics, neurosurgery, and oncology for high-precision patient care.
Surgical Planning Additive Research and Knowledge centre. We bridge the gap between radiology and the operating room through patient-specific medical engineering.
Our 2026 medical-grade modeling platform offers unparalleled accuracy for patient-specific planning.
Interactive preoperative planning using high-fidelity virtual reality environments from standard MRI/CT datasets.
LEARN MOREPatient-specific 3D printed surgical guides for unprecedented accuracy in implant and instrument positioning.
LEARN MOREHigh-fidelity extraction of anatomical models for education, research, and precise patient communication.
LEARN MOREFrom patient data to surgical reality — our workflow is optimized for clinical speed and precision.
Securely upload DICOM MRI/CT scans via our HIPAA-certified portal.
Our expert biomedical engineers review your data within hours.
AI-assisted reconstruction creates a high-fidelity 3D anatomical model.
Interact with the model in web-VR for preoperative strategy sessions.
Receive the 3D-printed model or final plan for clinical use.
We combine advanced medical engineering with clinical expertise to deliver superior results.
Our AI-assisted segmentation ensures sub-millimeter accuracy for every anatomical model.
Experience the industry's fastest turnaround with digital plans delivered in under 24 hours.
Military-grade encryption and secure patient data management protocols at every stage.
Direct collaboration with PhD biomedical engineers specialized in surgical planning.
Our engineering expertise spans a broad range of surgical specialties, with deep experience in complex anatomical reconstruction.
Joint reconstruction, fracture planning, osteotomy guides, and custom implants.
Jaw, orbital, and craniofacial reconstruction with patient-matched plates.
Tumour resection planning, margin definition, and reconstruction design.
Skull base and cranial vault models for pre-operative rehearsal.
Cardiac and vascular models for structural heart disease planning.
Orbital floor reconstruction and complex trauma planning support.
A selection of representative cases illustrating how our precision models and guides improved surgical outcomes.
Multi-fragment fracture with significant articular depression. Accurate pre-operative planning was critical.
CT-based anatomical model and patient-specific cutting guide delivered within 24 hours.
OR time reduced by 45%. Perfect articular alignment achieved.
Extensive tumour resection requiring segmental reconstructive geometry matching.
Patient-specific resection guide and pre-contoured titanium plate design.
Margins precisely matched. Significant reduction in plate adaptation time.
Tumour encasing critical vascular structures. Team needed corridor visualization.
Multi-colour 3D model distinguishing bone, tumour, and vasculature.
Approach corridor confirmed pre-operatively. Intraoperative safety enhanced.
We leverage cutting-edge biomedical engineering stacks to transform radiological data into surgical intelligence.
Automated anatomical extraction using trained neural networks for unmatched speed and accuracy.
Immersive case rehearsals in virtual reality for complex surgical corridors and anatomy exploration.
Multi-material 3D printing for tactile anatomical models with varying tissue densities.
Ultra-secure, HIPAA-compliant cloud storage for seamless hospital-to-engineer data transfer.
All patient scan data is encrypted in transit (TLS 1.3) and at rest (AES-256). Files are stored in private, access-controlled cloud storage. No patient data is shared with third parties. Access is restricted to authorized clinical and engineering personnel only.
Experience the platform that is redefining precision for surgical teams across Asia's leading medical institutions.
"The 3D models provided by TN-SPARK are game-changers for complex orthopaedic reconstructions. My intraoperative time was cut significantly."
"The precision of their patient-specific cutting guides changed my approach to maxillofacial tumours. Truly world-class engineering support."
"Excellent DICOM to 3D platform. The 24-hour turnaround allows us to plan even semi-emergent cases with high confidence."
Get quick answers to the most common inquiries regarding our surgical planning and 3D modeling services.
Reach out for a clinical consultation, case submission, or system walkthrough. Our expert biomedical engineers typically respond within 4 business hours.