01
Plan complex cases
Your imaging becomes the blueprint. Our biomedical engineers segment the CT/MRI data with you, so anatomy is fully visible and agreed before any solution is designed.
Output
Surgeon-reviewed surgical plan
Start a caseSurgical planning · models · guides · implants
See the case clearly.Enter theatre prepared.
KIRA Labs helps doctors plan complex procedures and receive patient-matched models, guides and implant solutions before surgery.
01
Why KIRA Labs
Difficult surgery needs clarity before incision.
KIRA Labs gives surgeons a clear, patient-specific view of the anatomy, the proposed plan and the tools required to execute it.
Your imaging becomes the blueprint — reviewed together before anything is designed.
01
Visualise the anatomy
02
Review the operative plan
03
Approve before production
02
Capabilities
What you can decide before entering theatre.
02
Custom surgical guides & models
3D printed cutting, drilling and positioning guides that snap onto patient anatomy — reducing OR time and improving surgical accuracy to sub-millimetre precision.
Output
Patient-matched surgical guide
03
Reconstruct around the patient
Develop case-specific acetabular cups, augments and reconstruction implants when bone loss or complex anatomy makes standard components inadequate.
Output
Implant-ready case pathway
04
Cranial & CMF implants
Patient-specific cranial plates, mandibular reconstruction plates, orbital floor mesh and zygomatic implants — all matched to the patient's CT anatomy and approved before manufacturing begins.
Output
Custom craniofacial implant
05
Spinal solutions
Porous titanium spinal fusion cages (TLIF/PLIF/ALIF) with engineered lattice surfaces that promote bone ingrowth — available in patient-specific geometries for complex deformity and trauma.
Output
Patient-specific spinal cage
06
Orthopaedic implants
Custom joint replacement components, trabecular metal bone void fillers and fracture fixation plates — manufactured in titanium or cobalt-chrome with porous osseointegration surfaces.
Output
Porous metal orthopaedic implant
03
What we can build
Every case gets the right material.
From bioresorbable ceramics to porous titanium, the output is always determined by the clinical need—not by what happens to be available.
01 / 06
METAL
Titanium alloy (Ti-6Al-4V)
Grade 5 / Grade 23 ELI. Load-bearing implants, spinal cages, cranial plates. Porous lattice surfaces (150–500μm pore size) engineered for bone ingrowth.
METAL
Cobalt-chrome (CoCr)
ASTM F75. Exceptional wear resistance for dental frameworks, joint prostheses and high-wear articulating surfaces.
POLYMER
PEEK (implant grade)
Radiolucent, strong, and biocompatible. Ideal for spinal cages and cranial implants where imaging follow-up is required.
CERAMIC
Zirconia ceramic (ZrO₂)
Medical grade. Hard, inert, and biocompatible. Dental restorations, high-strength bioceramic applications and precise surgical instruments.
MODEL
Biocompatible resin
Class IIa / USP VI. Surgical guides, drill templates and anatomical models reproduced to sub-mm accuracy from patient CT/MRI data.
04
Why KIRA LABS
5–10 business days, not 6–12 weeks.
From CT data to finished implant — faster, more precise, and built around the surgeon from the start.
| Parameter | Traditional manufacturing | KIRA LABS |
|---|---|---|
| Anatomical fit | Generic / manually adjusted | CT/MRI-matched, sub-mm precision |
| Design complexity | Limited by tooling | Unlimited — lattice, porous, topology-optimised |
| Surgeon involvement | Post-design review only | Direct co-design with engineer |
| Osseointegration | Smooth surfaces only | Engineered porous structures (150–500μm) |
| Cost for custom | High tooling costs | No tooling required — cost-effective single units |
05
The workflow
One case. One review loop. Clear deliverables.
You remain in control of the clinical plan. We organise the patient-specific engineering and production pathway around it.
- 01
Share
Clinical objective and de-identified patient imaging
- 02
Review
Anatomy, operative options and proposed deliverables
- 03
Approve
Surgeon confirms the plan before anything is produced
- 04
Receive
Case-specific plan, model, guide or implant pathway
06
Clinical applications
Built around the decisions surgeons need to make.
Our role is to make complex anatomy easier to understand, plan and translate into a patient-matched surgical solution.
Complex and revision orthopaedics
Plan reconstruction around bone loss, altered anatomy and cases where standard components offer limited options.
↗Cranio-maxillofacial reconstruction
Review cranial and facial anatomy with patient-matched plans, models, guides and reconstructive concepts.
↗Pre-operative rehearsal
Use physical anatomy and reviewed plans to clarify access, sequencing, positioning and team communication.
↗Patient-matched instrumentation
Translate the approved strategy into procedure-specific guides that support accurate execution in theatre.
↗Spinal surgery
Patient-specific cages, fusion hardware and surgical plans for complex spinal deformity, tumour and trauma cases.
↗Dental and maxillofacial
Precise zirconia restorations, jaw reconstruction models and implant placement guides built from patient imaging.
↗07
Representative casework
Preview the reconstruction before surgery.
PATIENT-SPECIFIC CASEWORK / CMF & ORTHOPAEDICSREPRESENTATIVE SURGEON PATHWAY
Make the difficult decisions before entering theatre.
Review the defect, compare the reconstructive approach and confirm the proposed fit and fixation strategy with the KIRA team.
- You provide
- Clinical objective · patient imaging
- You review
- Anatomy · plan · proposed solution
- You approve
- Final case deliverables
- You receive
- Plan · model · guide · implant pathway
KIRA Labs supports surgeon-led planning and engineering. The treating clinician retains responsibility for clinical decisions.
See the anatomy
×Confirm the plan
×Enter theatre prepared
08
Start a conversation
Ready to transform patient outcomes?
Partner with KIRA LABS for patient-specific implants, custom surgical guides and biomedical devices — engineered with precision, delivered with speed.
Free initial design consultation for all new cases.
Send an initial briefPhone+91 97995 82001
Location
Delhi NCR, India
Patient privacy
Do not send patient-identifiable information by ordinary email.