M Makzu Labs Consult

Services · Pillar A

3D Visualization & Simulations

High-fidelity volumetric reconstruction and interactive real-time simulators—built to reduce clinical learning curves without putting patients at risk.

Volumetric reconstruction (MRI / CT → 3D meshes)

MRI and CT volumes become navigable meshes—layer-by-layer dissection, implant fit review, and stakeholder demos on web and standalone HMD. Assets are optimized for millions of polygons at locked frame rates on Quest-class silicon.

Interactive real-time simulators · Demo · Practice · Exam

Demo mode for boards and faculty. Practice with real-time hints on tool path, angle, and collision. Exam with unassisted scoring synced to a cloud LMS—objective logs on tool angle, entry coordinates, penetration depth, and critical-structure proximity.

Use case: Laparoscopic training simulation

Virtual anatomical slicing with layered tissue materials—fat, fascia, and vessel planes respond independently under instrument interaction. Haptic tool feedback and collision engines train port placement, camera stability, and dissection rhythm before live cases.

Pre-operative planning tools

Patient-specific planning locks spatial accuracy before live cases—registration validation, approach simulation, and consumable-free repetition for residents and device field teams.

See clinical case studies →

Sample architecture proposal (surgical simulation) →

Diagnostic System

What is your current AI bottleneck?

Step 1 — Select the constraint blocking your OR or R&D pipeline.