intraoral scanner

TRANSFORMING CREATIVITY
INTRAORAL
SCANNER
EN
dwio
INTRAORAL SCANNER
BASED ON A NOVEL AND INCREDIBLY
COMPACT 3D CAPTURE TECHNIQUE
CALLED MULTISCAN IMAGING™,
THE dwio SYSTEM ALLOWS THE DENTIST
TO TAKE DIGITAL IMPRESSIONS IN A
NATURAL, FLUID MANNER USING A
HANDPIECE VERY SIMILAR IN SIZE,
SHAPE, AND WEIGHT TO EXISTING
DENTAL HANDPIECES.
DESIGNED FOR PERFORMANCE,
EASE OF USE AND PATIENT COMFORT
ǩThe dwio is a dedicated “scan only” chairside system.
Captured impression data is seamlessly transmitted
to in-office or remote systems for prosthesis design
and production. Simply scan and send.
ǩClinicians can choose to use the open STL data for
immediate chairside production or to collaborate
with laboratory partners via DWOS Connect.
ǩUsers of Dental Wings’ simple to use yet powerful
DWOS CAD suite of design applications, as well as
other open dental CAD software, are able to import
scan data directly for immediate prosthetic design.
ǩOptimized gesture control – the dwio system is
equipped with motion control technology that allows
for no-touch operation of the system while the user
has sterile gloves on.
THE dwio SYSTEM
WAS DESIGNED TO ADDRESS THE NEEDS OF
DENTAL PROFESSIONALS LOOKING FOR AN
INTUITIVE DIGITAL IMPRESSION TECHNOLOGY.
FAMILIAR HANDPIECE DESIGN
EASE OF HANDLING – the dwio’s all-metal handpiece size, light weight,
and balance closely resembles that of a standard dental turbine handpiece.
The familiar shape of the handpiece allows the dentist to assume a natural
position relative to the patient.
MULTISCAN IMAGINGTM
CAPTURES DATA FROM
MANY ANGLES
AT ONCE
EXCELLENT SCANNING ACCESS – Multiscan Imaging™ 3D
scanning technology, consisting of five miniaturized 3D scanners in
the handpiece tip, allows for one of the smallest tips in the industry.
Teeth and soft tissue are scanned from multiple orientations
simultaneously, capturing difficult to see areas of preparations
with minimal effort.
PATIENT FOCUSED DESIGN – a luminescent ring on the handpiece as
well as audible signals emitted from the system indicate when scan data
is being successfully captured, allowing the user to focus on the patient
and not the system’s screen.
HANDPIECE SHOWN
AT APPROXIMATELY
ACTUAL SIZE.
A COMPLETE AND INTEGRATED
DIGITAL DENTISTRY SOLUTION
The dwio is an integral part of the Dental Wings ecosystem of open digital technologies that gives dental professionals
the freedom to choose between open and validated trusted workflows. The DWOS Connect platform allows for seamless
data transfer and tracking of all case information and production processes including the design and manufacturing of
fixed and removable prostheses as well as digital models. From our impression scanner and laboratory model scanners
to our complete suite of DWOS CAD applications, Dental Wings offers flexible solutions to that enable our customers to
transform their creativity into great results.
MANUFACTURING OF THE MODEL
INTRAORAL
SCANNING
WITH
file
transfer
with
VIRTUAL
MODEL
DESIGN
WITH
CONNECT
DESIGN AND PLANNING WITH
AND
DIRECT STL
EXPORT
.com
T +1 888 856-6997 (toll free in U.S. and Canada)
E [email protected]
dentalwingsinc
DentalWings
Dental Wings Inc.
2251 Letourneux
Montreal QC H1V 2N9
Canada
Dental Wings GmbH
Düsseldorfer Platz 1
09111 Chemnitz
Germany
T +1 514 807-8485
T +49 371 273903-70
Dental Wings, DWOS and coDiagnostiX are
registered trademarks of Dental Wings Inc.
© 2015 Dental Wings Inc. Version EN.2015.03
MANUFACTURING
OF THE PROSTHESIS
Technologie Caméra : tridimensionnel est un
appareil de numérisation et d'acquisition 3D.
Un scanner tridimensionnel est un appareil qui analyse les objets ou leur
environnement proche pour recueillir des informations précises sur :
-
la forme et éventuellement sur
l'apparence (couleur, texture)
Les données ainsi collectées peuvent alors être utilisées pour construire des images
de synthèse en trois dimensions (objets numériques) à des fins diverses.
Diverses technologies peuvent être utilisées dans la numérisation d'objet en image
3D ; chacune a ses limites, avantages et coûts.
Certains types d'objets restent toutefois encore difficiles à numériser : par exemple les
appareils utilisant des technologies optiques :
-
rencontrent beaucoup de difficultés avec des objets BRILLANTS,
MIROITANTS ou TRANSPARENTS.
(Solution Temporaire)
-
Il existe cependant des méthodes permettant de scanner les objets brillants,
par exemple en les recouvrant d'une fine couche de poudre blanche
 permettra à plus de photon de se réfléchir et de parvenir à l'optique du scanner.
Les scanners laser peuvent envoyer des trillions de photons vers un objet et en
retour recevoir un petit pourcentage de ces photons par les optiques qu'il utilise.
La réflectivité d'un objet dans le visible est basée sur la COULEUR DE L'OBJET,
C'EST L'ALBEDO.
Une surface blanche reflètera beaucoup de lumière en retour et une surface noire en
réfléchira seulement une petite quantité.
Les objets transparents comme le verre vont seulement réfracter de la lumière et
donner de fausses informations sur les trois dimensions.