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TANCAM Medical Innovation Centre
Patient-Specific Solutions

Transforming Healthcare Through
Precision Engineering

Bridging clinical expertise and advanced manufacturing to design, validate, and deliver patient-specific implants directly at the point of care.

Clinical Collaboration Explore Infrastructure
Govt-Supported Centre of Excellence
ISO 13485 Certified Facility
The TANCAM Ecosystem
Govt. Medical College Hospital
TANCAM Centre of Excellence
Research & Training Ecosystem
10 Institutional Spokes
21+ Satellite Centres
180+
Projects Executed
180+
Startups & MSMEs Supported
Advanced Infrastructure

Engineering Precision at the Interface of Medicine

Our state-of-the-art facility integrates industrial-grade 3D printing, haptic CAD engineering, and clinical design validation directly within a premier government hospital.

TANCAM Infrastructure
ISO 13485 Certified

Centre of Excellence

Govt. Medical College Hospital

Equipped with industrial additive manufacturing, haptic CAD suites, and clinical validation labs for personalized surgical solutions.

Industrial 3D Printing

Selective Laser Melting (SLM) & polymeric SLA 3D printers for titanium & bio-grade models.

Haptic CAD Suites

Geomagic Freeform & Materialise Mimics suites for precise DICOM segmentation & PSI design.

Cleanroom Facility

ISO-certified cleanroom, rigorous heat treatment, surface finishing, and sterilization protocol.

PSI

Patient-Specific Implants

End-to-end processing from DICOM scan to design, FEA validation, and surgical delivery.

Core Capabilities

From Clinical Imaging to Surgical Delivery

A complete ecosystem spanning personalized healthcare, medical device innovation, and translational research.

Patient-Specific Implants

Patient-Specific Implants (PSI)

End-to-end design, virtual surgical planning (VSP), and manufacturing of highly customized implants directly from patient DICOM data.

  • Anatomical Models
  • Custom Surgical Guides

Medical Device Engineering

Rapid prototyping and validation of novel medical devices from concept to functioning model.

Reverse Engineering
Haptic CAD Design
FEA Validation

Training & VR Simulation

Capacity building for clinical professionals using immersive virtual reality surgical environments.

VR Surgeries Medical Imaging 3D Printing
Collaboration

Translational Clinical Research

Partnering with academia, industry, and surgical teams to translate complex additive manufacturing technologies into viable point-of-care clinical applications.

5+
Patents
12
Institutions
The Process

End-to-End Design to Delivery

From CT/MRI acquisition to clinical delivery — our workflow integrates imaging, engineering, and manufacturing at every step.

Step 01

CT / MRI Acquisition

Patient imaging data acquired via CT or MRI scan.

Step 02

Medical Imaging

Segmentation of anatomical structures using Materialise Mimics.

Step 03

3D Models

Generation of validated 3D anatomical models from segmented data.

Step 04

Surgical Planning

Physical or digital pre-operative surgical planning.

Step 05

PSI & Guide Design

Patient-specific implant and surgical guide design using Freeform.

Step 06

Validation

Finite Element Analysis (FEA) using 3DEXPERIENCE SIMULIA.

Step 07

Manufacturing

3D printing of validated implants, guides, and anatomical models.

Step 08

Assessment

Final clinical review and assessment ahead of surgery.

Step 09

Delivery

Validated solution delivered to the clinical team.

The Advantage

Why TANCAM MIC?

A government-supported centre bridging clinical expertise and advanced manufacturing for personalized healthcare.

Advanced Surgical Planning

Advanced surgical planning for complex clinical cases, enhancing precision and outcomes.

Validated Before Surgery

Patient-specific implants validated computationally before surgery to guarantee fit.

End-to-End Workflow

Seamless end-to-end workflow from CT scan acquisition to design to physical delivery.

Government Supported

A government-supported medical innovation centre with a research and training ecosystem.

Infrastructure

Built for End-to-End Medical Innovation

Dedicated laboratories and facilities covering the full path from medical imaging to additive manufacturing and training.

Surgical Planning Laboratory
Surgical Planning Laboratory

Physical and digital pre-operative planning for complex surgical cases.

Medical Imaging & Segmentation Laboratory
Medical Imaging & Segmentation Laboratory

CT/MRI segmentation and 3D anatomical reconstruction using Materialise Mimics.

3D Printing Laboratory
3D Printing Laboratory

Additive manufacturing of anatomical models, guides, and patient-specific implants.

Reverse Engineering & Scanning Facility
Reverse Engineering & Scanning Facility

High-fidelity scanning and reverse engineering for design and validation.

VR Training Facility
VR Training Facility

Immersive VR-based training for medical imaging, segmentation, and surgical planning.

Case Highlights

Engineering That Made a Difference

Real patient-specific implant and digital surgical planning cases completed at TANCAM MIC.

Patient-Specific Implant
Distal Radius Giant Cell Tumor
Case Type

Giant cell tumor of the distal radius requiring a patient-specific implant solution.

Status

Implant design, validation, and manufacturing completed.

Patient-Specific Implant
Distal Tibia Giant Cell Tumor
Case Type

Giant cell tumor of the distal tibia requiring a patient-specific implant solution.

Status

Implant design and manufacturing completed.

Digital Surgical Planning
Soft Tissue Sarcoma Near Tibia
Case Type

Soft tissue sarcoma near the tibia requiring digital surgical planning.

Status

Segmentation, digital model development, and preoperative planning completed.

Digital Surgical Planning
Femoral Head Tumor
Case Type

Femoral head tumor requiring digital surgical planning.

Status

Segmentation, digital model development, and preoperative planning completed.

Ongoing Case
Total Hip Replacement — Protrusio Acetabuli
Case Type

Total hip replacement (THR) for protrusio acetabuli.

Status

Segmentation, digital model development, and preoperative planning in progress.

FAQ

Common Questions Asked by Surgeons

Get quick answers to the most common inquiries regarding our surgical planning and 3D modeling services.

Our standard turnaround is 24 hours for digital plans and 48-72 hours for printed anatomical models. Express tracks are available for trauma cases.
We accept all standard DICOM formats from CT and MRI scanners. Our platform handles both multi-slice and thin-slice datasets with no lossy conversion.
The TANCAM portal is fully HIPAA-compliant. Data is encrypted using AES-256 at rest and TLS 1.3 in transit, with full audit trails for every file access.
Yes, our portal includes integrated clarification threads and VR walkthroughs for real-time collaboration between the surgeon and our engineering team.
Absolutely. We use ISO 10993 certified biocompatible materials for all surgical guides intended for intraoperative contact.

Precision planning is just minutes away.

Join over 150+ specialist surgeons already optimizing their outcomes with TANCAM. Upload your first DICOM dataset today and experience the future of surgery.

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Get in Touch

Connect With TANCAM MIC

Reach out for clinical collaboration, design & manufacturing support, or training & capacity building programs.

Send a Clinical Inquiry

Patient data is handled under strict data privacy and ISO 13485 protocols.
Email Us
mic@tancam.in
Visit Centre
Govt. Medical College Hospital, Omandurar, Chennai
TANCAM MIC
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