Leading Patient-Specific Implants India

When standard implants require the patient to adapt, we build an implant that adapts to the patient.

Standard implants are designed for a population. Patient-specific implants are designed for one person — derived directly from their anatomy, engineered to fit without compromise, and manufactured to the precise specifications that the surgery demands.

Atomic Additive produces custom implants from patient CT and MRI data, working in close collaboration with the surgical team from design through to delivery. Every implant begins with segmentation of the patient's anatomy. The design is developed iteratively — reviewed, refined, and approved by the operating surgeon before a single component is manufactured.

Implant Categories

Built for every anatomy.

We engineer patient-specific implants across six broad categories — each derived from the individual's own imaging data.

Cranial Implants

Cranioplasty, skull base reconstruction, post-tumour defect repair, and burr hole covers — each engineered to the precise geometry of the patient's cranial defect.

Spinal Implants

Cervical fusion devices, vertebral body replacements, and interbody cages — designed to match endplate anatomy and optimise load transfer across the specific spinal segment.

Orthopaedic Implants

Revision arthroplasty, complex fracture reconstruction, joint reconstruction, deformity correction, and pelvic implants — for cases where standard catalogues cannot accommodate the anatomy.

Maxillofacial Implants

Mandibular reconstruction plates, orbital wall implants, zygomatic and midface plates, and TMJ prostheses — millimetre-accurate and designed for the specific craniofacial defect.

Oncological Reconstruction

Post-resection bony defect reconstruction across the head, neck, and extremity — engineered around the specific defect geometry following oncological resection.

Limb Salvage Prostheses

Custom prosthetic systems for limb-preserving surgery — designed to maximise function and structural durability following oncological or traumatic bone loss.

Materials

Biocompatible. Medically approved. Precisely selected.

Three proven materials — each selected for specific anatomical, functional, and clinical monitoring requirements.

Metal

Titanium

Ti-6Al-4V ELI

High strength, excellent osseointegration, and long-term biocompatibility. The preferred material for load-bearing cranial, spinal, and orthopaedic implants. Manufactured using DMLS for precision lattice structures that promote bone ingrowth.

Polymer

PEEK

Polyether Ether Ketone

Radiolucent and biomechanically compatible with cortical bone — eliminating stress shielding and allowing unobstructed imaging follow-up. Preferred where post-operative CT or MRI monitoring is clinically critical.

Acrylic

PMMA

Polymethyl Methacrylate

Widely used in cranioplasty and bone cement applications. Excellent mouldability, long-term biocompatibility, and proven clinical track record in cranial reconstruction. Cost-effective for appropriate anatomical sites.

Deliverables & Turnaround

What you receive, and when.

Output	Detail	Turnaround
3D Anatomical Segmentation	Full patient anatomy reconstructed from CT or MRI DICOM as the foundation for implant design	3–5 working days
Implant Design Proposal	Initial digital design shared with the operating surgeon for review and feedback	5–7 working days
Surgeon Review & Sign-Off	Iterative review cycle — all modifications incorporated before design is locked	Per surgeon schedule
Manufactured Implant	Produced in titanium (DMLS), PEEK, or PMMA as clinically specified — with full QC documentation	7–14 working days post sign-off
Sterile-Ready Delivery	Complete traceability documentation included. Clinical team available through to and beyond the procedure.	Included with implant
Urgent Cases	Priority processing for time-sensitive surgical cases — contact us directly to discuss timeline	Contact us

Design & Approval Process

From imaging data to sterile-ready delivery.

STEP 01

Imaging Data Received

CT or MRI DICOM files submitted by the surgical team. No additional imaging required — we work from your institution's existing scans.

STEP 02

Segmentation & Reconstruction

Patient anatomy segmented and reconstructed in 3D. The defect geometry is precisely mapped as the foundation for implant design.

STEP 03

Implant Design Proposed

Initial implant design produced and shared digitally with the operating surgeon for review. Every design decision is documented and justified.

STEP 04

Surgeon Review & Sign-Off

The surgeon reviews the design, requests any modifications, and provides formal sign-off. Nothing proceeds to manufacture without this approval.

STEP 05

Manufacturing

Production in the specified biocompatible material under controlled, documented conditions. DMLS titanium or machined PEEK/PMMA as appropriate.

STEP 06

Quality Verification

Every implant measured and verified against the approved design specification. Dimensional accuracy confirmed before dispatch.

STEP 07

Sterile-Ready Delivery

Delivered sterile-ready with complete traceability documentation. Our clinical team remains available through the procedure and beyond.

Patient-Specific Implants