3D Printing · Medical Design · 2023

Patient-specific 3D printingfor surgical planning.

Designer & Lab Manager at the 3D Lab @ Assuta Ramat Hachayal Hospital. I owned end-to-end pre-operative planning, case management and workflow design - converting clinical requirements into innovative design solutions that save precious time and costs.

Selected work

Form follows function.

3D printed surgical model 1
3D printed surgical model 8
3D printed surgical model 6
3D printed surgical model 2
Approach

Clinical needs, translated into design.

As a medical product designer, I turned clinical briefs into functional, personalized solutions. I collaborated with surgeons and engineers, designed models, instruments and implants for surgical planning, and used advanced 3D modeling techniques to ship hospital-grade products.

  • Converted clinical requirements into innovative design solutions
  • Translated surgical workflows into intuitive planning systems
  • Owned end-to-end pre-operative planning and case management
  • Designed 75+ personalized instruments with 100% surgical success
Surgical planning print 3
Surgical planning print 4
Surgical planning print 5
Surgical planning print 10
3D printed surgical model 9
Deep dive

From scan to surgery.A personalised case, end to end.

Six steps that turn a clinical brief into a printed, sterilised instrument used in the operating room - the workflow we ran on every case at the 3D Lab.

Listen to the surgeon.
01Clinical brief

Listen to the surgeon.

Every case starts with a conversation. We review imaging, anatomy and the surgical goal - what to preserve, what to remove, what to reconstruct - and translate it into clear design requirements.

From CT to 3D model.
02Scan & segmentation

From CT to 3D model.

CT and MRI data is segmented into precise anatomical 3D models. This is where pixels become bone, vessels and soft tissue we can actually plan a surgery on.

Personalised instruments.
03Design

Personalised instruments.

Models, cutting guides and implants are designed to match the patient's anatomy exactly. Every contact surface, screw trajectory and tolerance is engineered for the operating room.

Hospital-grade output.
04Print & finish

Hospital-grade output.

Biocompatible materials, controlled prints, post-processing and sterilisation - delivered to the OR ready to use, on the surgeon's timeline.

Plan meets practice.
05Surgery

Plan meets practice.

The surgeon rehearses on the printed model and uses the personalised guides in the OR - reducing time under anesthesia, blood loss and intra-operative decisions.

75+ surgeries, 100% success.
06Outcome

75+ surgeries, 100% success.

Across more than seventy-five personalised cases, every instrument performed as designed in the OR. Better fit, shorter procedures, more predictable outcomes for patients.

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View the case study

Custom designed cervical cage implant - 3D printed in titanium

Case Study

Custom designed cervical cage implant3D printed in titanium

The original presentation as it was delivered. Scroll horizontally, or open on Figma.

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  1. Slide 1 - Title
    01 / 23Title
  2. Slide 2 - Credits
    02 / 23Credits
  3. Slide 3 - Case details
    03 / 23Case details
  4. Slide 4 - Overview
    04 / 23Overview
  5. Slide 5 - Overview
    05 / 23Overview
  6. Slide 6 - Overview
    06 / 23Overview
  7. Slide 7 - Overview
    07 / 23Overview
  8. Slide 8 - Overview
    08 / 23Overview
  9. Slide 9 - Overview
    09 / 23Overview
  10. Slide 10 - Sketches
    10 / 23Sketches
  11. Slide 11 - Patient Scan
    11 / 23Patient Scan
  12. Slide 12 - Segmentation
    12 / 23Segmentation
  13. Slide 13 - Planning & Measurements
    13 / 23Planning & Measurements
  14. Slide 14 - 3D Design & Simulation
    14 / 233D Design & Simulation
  15. Slide 15 - 3D Design & Simulation
    15 / 233D Design & Simulation
  16. Slide 16 - 3D Design & Simulation
    16 / 233D Design & Simulation
  17. Slide 17 - 3D Design & Simulation
    17 / 233D Design & Simulation
  18. Slide 18 - Printing in PLA
    18 / 23Printing in PLA
  19. Slide 19 - Printing in Titanium
    19 / 23Printing in Titanium
  20. Slide 20 - Tests
    20 / 23Tests
  21. Slide 21 - OR
    21 / 23OR
  22. Slide 22 - Summary
    22 / 23Summary
  23. Slide 23 - Summary
    23 / 23Summary

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