•
First and only handheld, self-orienting 3D scanner,
eliminating the need for fixed-position tripods, bulky mechanical arms or
external positioning devices that make make hard-to-reach surfaces nearly
impossible to scan
•
Uniquely part-referenced, allowing you to move the target object during
scanning and see a real-time image of the surface being scanned
•
Capture data in one continuous scan rather than in numerous shots from fixed
positions, eliminating hours of post-processing time
•
Includes VX Scan software that automatically produces an .stl file for
import into a 3D CAD software package or output to a 3D printer
• Reverse Engineering:
Fast and accurate 3D scanning of existing objects
• Inspection:
Accurate part digitizing for conformity assessment.
•
Easy and quick scanning of parts for production line adjustments purposes,
etc.
• CAD/CAM/CAE:
Greatly facilitates the design process from existing concepts, quick
transfer of handmade models to CNC machines, easy scanning of prototypes for
performance simulations (FEA)
• Mock-Ups:
Easily capture physical mock-ups for further modifications, or to obtain 2D
or 3D CAD files
part inspection
The EXAscan™ laser scanner
is equipped with a third high definition camera which greatly increases the
scanning resolution as well as the data acquisition accuracy.
automotive
Handyscan EXA Scan Specifications
Weight
1.25kg (2.75 lbs)
Dimensions
(6.75 x 10.2 x 8.5 in)
Measurement
25,000 measures / s
Laser class
II (eye safe)
Resolution in x,y, z axis
0.05 mm (0.002 in)
Accuracy
up to 40 μm
ISO
20 μm + 0.1 L / 1000
Medical
Sculpture / Artifacts/ Multimedia
FastSCAN Cobra
is lightweight and portable, with the ability to scan objects in
their natural environment, onsite. This is particularly useful for
physiological scanning applications since the device allows free form
handheld scanning with no mechanical constraints.
The Scorpion uses the
same technology as the Cobra, casting a fan of laser light over the
object, to produce a scan. The Scorpion has two cameras allowing for more
detailed scans. While scanning an object the cameras on the wand view the
laser from either side to record cross-sectional profiles of the object.
Applications include:
• Archaeology
• Reverse Engineering /
Rapid Prototyping
• Entertainment
Industries - Toys, Computer Game Development, maquette scanning
• Forensics
• Medical
- Orthotics and
Prosthetics, Plastic Surgery and Wound Healing.
FastSCAN
instantly acquires three dimensional surfaces by gathering measurements
made by smoothly sweeping a handheld laser scanning wand over an object -
in a manner similar to spray painting. The object's image instantly
appears on your computer screen and the finished scan is processed to
combine any overlapping sweeps, significantly reducing the time to develop
surface models of virtually any object with little or no metal content.
The three-dimensional data can then be saved in industry-standard formats
for loading into other programs.
FastSCAN
is designed to scan non-metallic, opaque objects. The scanner works by
casting a fan of laser light over the object, while the camera on the wand
views the laser to record a cross-sectional profile of the object. The
embedded FASTRAK® is used to determine the position and
orientation of the wand, enabling the computer to reconstruct the full
three-dimensional surface of the object. Moveable objects may be scanned
by attaching a second receiver to the object.
Scanning Skull Model
Finished Scan
Mask
Prosthetic Foot
XOR makes editable CAD
models from 3D scan data.
Rapidform XOR2 is the
industries first and only parametric reverse engineering software.
Powered by CAD tools familiar to all engineers, XOR2 allows the user to
generate complex parametric models from scan data with ease. Combined
with DirectControl for many scanners, the software offers a complete
solution for Parametric Reverse Engineering. Rapidform XOR2 addresses
the limitations of existing 3D scan data processing software by
complementing its mesh modeling and NURBS surfacing capabilities with
newly developed CAD modeling capabilities, providing users with the
tools to go from 3D scan data to a parametric CAD model.
Capture the design
intent, extract the design parameters, including prismatic features and
freeform surfaces.
An immediately
recognizable user interface and design process that will allow users of
most popular CAD applications to immediately begin modeling in
XORedesign
XORedesign is a Solids, Surface and
Mesh hybrid modeler for true Hybrid Reverse Modeling
•
Create a parametric CAD model from 3D
scan data in less than half the time of current surface fitting methods
•
Engineers can extract the design intent
and parameters from the scan data of the physical part and
“reverse” the traditional design-manufacturing flow back to a proper CAD model.
•
Anyone who can use SolidWorks, CATIA,
Pro/ENGINEER or Unigraphics can start remodeling in XOR immediately.
Sample Workflow
Import Scan (mesh data)
Software interrogates
geometry into editable regions (finds planes, vectors, primitive shapes
etc) to aid in reconstruction of CAD model
Sketch planes
established to draw profile
Profile drawn over the
top of plane/mesh intersection...will be used for extruding shape
Solid model created
from profile extrusions, revolutions, trimmed surfaces etc.
Editable History tree
of Model
Finished solid model with
fillets added. Model is parametric and can be exported into many
CAD packages maintaining history.
Analyze deviation
between solid model created and original scan
