North India's First Hospital-Based AI 3D Surgical Planning & Printing Lab

Built for Surgeons. Designed for Complex Cases.

At Amandeep Hospitals, we help surgeons across globally and in india convert CT and MRI imaging into patient-specific 3D printed anatomical models, surgical guides, and pre-operative planning tools.

Joint Replacement | Trauma | Non-Unions | Revision Surgery | Bone Loss | Tumours | Deformity Correction

Focus on Surgery. We Handle The Planning.

Send us your patient's CT scans. Our AI-driven planning team helps you with:

3D Bone Reconstruction
Anatomical Printing
Implant Sizing & Positioning
Osteotomy Planning
Complex Deformity Analysis
Surgical Simulation Support

Turnaround: 3-5 Working Days

Delivery: Digital Models | Physical Models | Surgical Planning Reports

Why Leading Surgeons Work With Us

Better Case Visualization

Hold the anatomy in your hands before surgery.

Reduce Intra-Operative Surprises

See deformities, bone loss, implant fit, and alignment beforehand.

Improve Team Communication

Explain the case to your OT team and patient more effectively.

Better Surgical Confidence

Plan difficult cases before entering OT.

Cases We Support

Complex Primary Joint Replacement

Severe varus/valgus deformities

Revision Joint Replacement

Bone loss, loosening, implant failure

Trauma & Non-Unions

Malunions, comminuted fractures

Tumour Reconstruction

Custom planning for segmental defects

Deformity Correction

Multi-planar correction planning

Custom Implants & Guides

Patient-specific solutions

HOW IT WORKS

From CT Scan To Surgical Execution

Upload CT Scan

Step 1

Upload DICOM CT Scan
AI Segmentation

Step 2

AI segmentation team reconstructs the anatomy
Surgical Planning

Step 3

Surgical planning with surgeon collaboration
3D Printing

Step 4

3D print your model / guide
Delivery

Step 5

Delivered to your OT / hospital

Specializations

Orthopaedics

Orthopaedics was the first specialization to benefit from 3D printing.

Spine Surgery

Spine surgeries require precision due to proximity to critical structures.

Oral & Maxillofacial

Advanced planning improves accuracy in craniofacial procedures.

Neurosurgery

3D models enhance visualization of complex brain structures.

Trusted By Surgeons. Built On Experience.

At Amandeep Hospitals

25,000+

Joint Replacements

50,000+

Orthopaedic Procedures

Robotic

Joint Replacement Expertise

Advanced

Revision Surgery Leadership

AI 3D Lab

North India's First In-House

Clinical Cases

Patient-Specific Hip Cages for Complex Acetabular Reconstruction

View Case Study →

Advanced Reconstruction of Proximal Femoral Deformity Using Patient-Specific Surgical Guide

View Case Study →

FOR HOSPITALS & SURGEONS

Partner With Us

Surgeons
For Surgeons
  • Patient-specific 3D anatomical visualization
  • Better clinical decision-making support
  • Faster and more precise treatment planning
  • Improved surgical preparedness
  • Accurate tool & trajectory planning
  • Better team communication
Hospitals
For Hospitals
  • Reduced OT time & better efficiency
  • Higher surgical throughput
  • Trackable clinical outcomes
  • Standardized workflows

LEAD CAPTURE

CT Scan (DICOM) | MRI | Clinical Notes | Previous Implant Details

Receive: Feasibility Review | Planning Discussion | Turnaround Timeline | Commercial Proposal

WhatsApp Surgical Planning Coordinator

Great Surgery Begins Before The First Incision.

With AI-driven planning, 3D printing, and surgeon collaboration, Amandeep Hospitals helps you operate with greater clarity, confidence, and precision.

You Operate. We Help You Plan.

Trusted by Surgeons. Proven in the OT

From Planning to Surgical Success

A 30 Y/M with a frontal cranial bone defect following trauma underwent advanced 3D planning, where a patient-specific cranial implant was precisely designed based on his CT scan.

01

40 Y/F with a wedge-shaped vertebra where a patient-specific 3D model was printed from her CT scan.

02

A 58-year-old male with a shepherd’s crook deformity of the right femur underwent CT-based 3D modeling for detailed preoperative planning and surgical guidance.

03

A 35-year-old female with a femoral (Right) deformity underwent limb correction through a two-level osteotomy. To ensure precision, a patient-specific surgical guide was designed and 3D printed in-house using a non-toxic, biocompatible material.

04

A 69-year-old male with a malunited proximal femur underwent CT-based 3D modeling to aid in preoperative assessment and surgical planning.

05

A 62-year-old male presented with severe acetabular bone loss in the left pelvis, making conventional reconstruction highly challenging, using advanced 3D virtual pre-operative planning. A custom patient-specific Hip Cage (PSI) was designed

06

A 23-year-old male presented with an acute facial fracture following, surgeon evaluated the case using a patient-specific 3D model derived from the patient’s CT scan.

07

A 13-year-old female with D6–D10 vertebral fusion underwent CT-based 3D anatomical modeling to assist in preoperative visualization and surgical planning.

08

Get in Touch

Connect with our experts for precision-driven surgical planning solutions.