gallery

AUTOMOTIVE MOTORBIKE 3D SCAN

train console engine machine 3D scan reverse engineer

COMPRESSOR COMPONENT 3D SCAN REVERSE ENGINEER

AUTOMOTIVE COMPONENT 3D SCAN

STONE SCULPTURE 3D SCAN 3D RENDER

DRONE UAV 3D SCAN REVERSE ENGINEER

cad model constructed from out-of-scale drawings

off-scale drawings > redesign > 3d cad model

3d cad model constructed from physical object then redesigned

physical object > reverse engineer > redesign > 3d cad model > 3d render

DENTAL PHANTOM 3D SCAN

INDUSTRIAL STEAM TURBINE BLADE 3D SCAN

AUTOMOTIVE HELMET COMPONENT 3D SCAN

MICRO INDUSTRIAL BRASS COMPONENT 3D SCAN

ELECTRONICS COMPONENT 3D SCAN REVERSE ENGINEER

HELMET COMPONENT 3D SCAN MICRO

3d scan of table lamp, scanner's native texture. lampshade and cable removed.

physical object > 3d scan > 3d mesh model > 3d texture

MICRO INDUSTRIAL CAST METAL COMPONENT 3D SCAN

3d render of cast iron impeller reverse engineered

physical object > 3d scan > 3d mesh model > reverse engineer > 3d cad model > 3d render

mesh model constructed from out-of-scale drawings

off-scale drawings > redesign > 3d model > 3d render

3d cad model of hard hat constructed from to-scale drawings

drawings > 3d cad model

mesh model of boat fore light constructed from out-of-scale drawings

off-scale drawings > redesign > 3d mesh model > 3d render

3d cad model of nuts container constructed from 3d scan

physical object > 3d scan > 3d mesh model > reverse engineer > 3d cad model

3d scan of cast iron impeller which was then reverse engineered 

physical object > 3d scan > 3d mesh model

3d printed from pla. 3d model constructed from concept sketch

sketch > 3d cad model > 3d mesh model > 3d print

3d mesh model constructed from 3d scan

physical object > 3d scan > 3d mesh model

3d photogrammetry constructed from 3d scan

physical object > 3d scan > 3d mesh model > photogrammetry

3d native texture constructed from 3d scan

physical object > 3d scan > 3d mesh model > 3d native texture

drill constructed from 3d scan, reverse engineered, then redesigned

physical object > 3d scan > 3d mesh model > reverse engineer > redesign > 3d cad model 

usb speaker constructed from 3d scan and reverse engineered

physical object > 3d scan > 3d mesh model > reverse engineer > 3d cad model 

air purifier base constructed from 3d scan and reverse engineered. good tolerance is necessary for a proper fit of twist and lock mechanism

physical object > 3d scan > 3d mesh model > reverse engineer > tolerance & fit > 3d cad model 

twist and lock mechanism. air purifier base constructed from 3d scan and reverse engineered. good tolerance is necessary for a proper fit of twist and lock mechanism

physical object > 3d scan > 3d mesh model > reverse engineer > tolerance & fit > 3d cad model  

3d cad model constructed from physical object then redesigned

physical object > reverse engineer > redesign > 3d cad model 

3d render of 3d cad model constructed from physical object

physical object > reverse engineer > 3d cad model > 3d render

cad model constructed from physical object

physical object > reverse engineer > 3d cad model 

3d scanner artec leo. precise, cable-free, rapid scan. delivers high-resolution 3d model & 3d texture.

3d render of air purifier base constructed from 3d scan and reverse engineered. good tolerance is necessary for a proper fit of twist and lock mechanism

physical object > 3d scan > 3d mesh model > reverse engineer > tolerance & fit > 3d cad model 

deviation analysis of usb speaker constructed from reverse engineered 3d scan

physical object > 3d scan > 3d mesh model > reverse engineer > 3d cad model > deviation analysis

air purifier base constructed from 3d scan and reverse engineered. good tolerance is necessary for a proper fit of twist and lock mechanism

physical object > 3d scan > 3d mesh model > reverse engineer > tolerance & fit > 3d cad model > 3d mesh model > 3d print

air purifier base constructed from 3d scan and reverse engineered. good tolerance is necessary for a proper fit of twist and lock mechanism

physical object > 3d scan > 3d mesh model > reverse engineer > tolerance & fit > 3d cad model > 3d mesh model > 3d print

3d render of cad model constructed from to-scale drawings

drawings > 3d cad model > 3d render

resin 3d print of 3d cad model constructed from physical object which was then redesigned

physical object > reverse engineer > redesign > 3d cad model > 3d mesh model > 3d print