Sample 3D Model Downloads

Download 3D Scan Files, CAD Models & Reverse Engineering Samples

Download sample STL files, CAD models, inspection reports, and reverse engineering datasets. Explore professional 3D scanning deliverables used across aerospace, automotive, industrial manufacturing, marine, medical, and defense industries.

AEROSPACE & DEFENSE

Dassault Falcon F10

Aerospace Manufacturing, Inspection, Product Development

AUTOMOTIVE & MOTORSPORT

Jeep Grille

Automotive Design, Aftermarket Parts, Reverse Engineering

MARINE

Boat Hull

Replacement Parts, Vessel Maintenance, Reverse Engineering

MEDICAL & HEALTHCARE

Medical Device Sample

Medical Device Manufacturing, Product Development, Inspection

SCULPTURE & ART

Dragon 3D Model

Handmade to Digital Model, Digital Preservation, Replication, Cultural Heritage

FIREARM & COMPONENTS

AR10

Dimensional Inspection, CAD Recreation, Manufacturing

Sample files shown are CAD models generated from professional 3D scanning and reverse engineering workflows.

NeoMetrix also delivers raw scan meshes (STL, OBJ, PLY), point cloud data, inspection reports, and production-ready CAD models using Geomagic Design X.

Industrial 3D Scanning Services

Whether you’re recreating obsolete components, accelerating product development, validating production parts, or creating accurate digital twins, NeoMetrix provides the hardware, software, and services needed to transform physical objects into actionable engineering data.

  • Capture highly accurate geometry from complex parts, assemblies, tooling, molds, castings, composites, and freeform surfaces using professional-grade Creaform 3D scanners.
  • Create accurate digital representations of physical assets to support maintenance, modernization, simulation, and lifecycle management programs.

Reverse Engineering & CAD Modeling

Convert scan data into intelligent CAD models for manufacturing, redesign, documentation, analysis, and product improvement initiatives.

Dimensional Inspection & Quality Control

Compare manufactured parts against CAD data, GD&T requirements, and engineering specifications to improve quality, reduce risk, and accelerate production readiness.