Stereotaxic Device | Precision Neurosurgical Positioning System 3D Model

Description:

A high-precision 3D model of a Stereotaxic Device, used in neurosurgical and biomedical research for accurate positioning and targeting during experimental or clinical procedures.

This model replicates the mechanical precision system with adjustable micrometer arms, head frame holder, and coordinate axis mechanism, typically found in laboratory or surgical environments.

Perfect for medical simulation, research visualization, VR/AR training, and scientific animation projects.

Detailed representation of all key components (base, clamps, vertical column, and micro-adjustment arms)

Realistic metallic materials with accurate proportions

Designed for scientific education, biomedical visualization, and product demonstration

Optimized for both real-time rendering and photorealistic visualization

Categories:

3D Models - Science & Medical - Laboratory Equipment

3D Models - Industrial - Medical Devices

3D Models - Science - Research Instruments

Technical Details:

Formats: FBX, OBJ, BLEND

Geometry: Mid-poly, clean topology for detailed visualization

Polycount: Optimized for real-time and offline rendering

UVs: Non-overlapping UV layout for PBR textures

Textures: PBR (Base Color, Roughness, Normal) – 2K

Rigging/Animation: Static; movable components separated for custom rig setup

Compatibility: Blender, Maya, 3ds Max, Unity, Unreal Engine