Transcript Planmeca ProOne presentation

Planmeca ProOne
The best choice for dental office
The best choice for dental office
The best choice for dental office
Easy to operate
 Open and easy patient
access
 Side entry and open view
•No mirror, no traumatic
view of injuries
 Triple laser beam system
for accurate alignment

Intuitive controls
• Graphic User Interface (GUI) for intuitive
and cognitively ergonomic selection of the
wanted program and exposure
parameters.
Clear and sharp images
•The focal layer shape is
based on scientific study
on human jaw shape
3 different sizes x
3 different forms =
9 different focal layers
•Constant magnification
Clear access for all patients
•Wheelchair patients
•Patient in hospital bed
•Children can see the
accompanying parent
Clear and sharp images
The path of the rotating centre of the
radiation beam influences the image
quality
 Long path starting and ending well
outside the jaw
 Less radiation
 Less shadows
 Planmeca ProOne images have no
ghost shadows
 High diagnostic quality even in cases
with metallic items in the object
 Elimination of the cervical column
shadow by reduced rotation speed at
the central incisor region
 Uniform darkness, and contrast

Reliable solutions
Simple mechanical
construction
 No mechanical control
buttons
 Minimised amount of
PCB's and cables
 Latest universal
components

Reliable
 Effortless and fast to
service

Autofocus
• Positions the focal layer
automatically
• Takes first short lateral
exposure
• A special algorithm find
the jaw form and place
and calculates the
optimal location of the
layer
Dynamic Exposure Control
= Exposure Parameter Control + Automatic Gain Control
Exposure Parameter Control



Adjusts the exposure parameters optimal
for each patient automatically
Prevents too low initial exposure
parameters from causing under-exposure
and/or poor image quality
Prevents unnecessary high radiation
levels
exposure control
Automatic Gain Control




Adjusts the sensitivity of the sensor
according to the amount of incoming
radiation
Adapts automatically to patient anatomy
Prevents pixel saturation even in soft
tissue and direct radiation areas
Works in all programs
dynamic gain control
Functional exposure programs
• Panoramic programs:
 Standard panoramic program *
 Child panoramic program *
 Interproximal program **
 Orthogonal program **
 Bitewing program **
* incl. in basic programs
**incl. in advanced programs
Panoramic programs
Standard panoramic
program
•Normal path of the beam
•Standard focal layer
Paediatric program
•Traditional path of the
beam
•Narrow focal layer
•Reduces patient dose
35%
Panoramic programs
Orthogonal panoramic program
 X-ray beam perpendicular to the
jaw
 extremely valuable for implant
planning
 helps to see crestal alveolar bone
height to diagnose periodontal
disease
Interproximal panoramic
program
 the X-ray beam and the
interproximal contacts of the teeth
are parallel
 the teeth do not overlap
 extremely useful for caries
detection
Interproximal program
standard panoramic
Normal panoramic geometry
•teeth are overlapping
interproximal panoramic
Geometry improved according to
the teeth interproximal
angulation
•no overlapping
Bitewing panoramic program
Bitewing Panoramic Program
•Produces bitewing like images from
premolar and molar areas including
parts of maxilla, mandible and rami.
•Ideal for caries diagnosis
•The bottom of the maxillary sinus
and as well the mandibular canal
and the mental foramen are also
visible
•Uses interproximal projection
geometry
•50% dose reduction compared to
the normal panoramic program
Panoramic programs
•Vertical and horizontal
segmenting
limited exposure of the
diagnostically
interesting area
minimum radiation to
patient
reduces the patient
dose up to 80%
Functional exposure programs
•TMJ programs
 Double Lateral TMJ program *
 Double PA TMJ program *
 Double Latera- PA TMJ program**
 Lateral 3 angles TMJ program (left or right) **
* incl. in basic programs
**incl. in advanced programs
TMJ programs
Lateral double TMJ
PA double TMJ
TMJ programs
Lateral-PA double TMJ
Lateral 3 angles TMJ
Functional exposure programs
•Sinus programs:
 PA-rotational sinus program *
 Lateral sinus program (left or right) **
 Lateral midsagittal sinus program (left or right) **
* incl. in basic programs
**incl. in advanced programs
Basic sinus program
PA sinus program
•Special focal layer
Advanced sinus programs
Lateral non-rotational sinus
Midsagittal lateral non-rotational sinus
Functional exposure programs
•Cross sections:
 Manual Cross Sections program
 Automatic Cross Sections program
•incl. in advanced programs
Cross sections
• 1-3 cross-sectional images (manual)
• 3 cross sectional images (automatic)
•Provides cross-sectional images to
examine basic anatomy
•Not suitable for implant planning
Program configurations
1.Basic programs (standard):
 Standard panoramic program, Child panoramic program
 Double Lateral TMJ program, Double PA TMJ program
 PA-rotational sinus program
2.Advanced programs (optional):
 Improved interproximality program, Improved orthogonality program, Bitewing
program
 Double Latera- PA TMJ program, Lateral 3 angles TMJ program (left or right)
 Lateral sinus program (left or right), Lateral midsagittal sinus program (left or
right)
 Manual Cross Sections program, Automatic Cross Sections program
3. Horizontal and vertical segmenting (optional)
4. DEC (Dynamic Exposure Control) (optional)
Planmeca Romexis Digital imaging
software
•The software for capturing,
viewing and processing the
images
•Features powerful Image
Browser allowing for access
to images
•Includes a wide range of
tools for image processing.
•Versatile functions for
printing and reporting.
•Planmeca Romexis Viewer
software guarantees that
images from Planmeca
Romexis can be fully utilised
anywhere outside the clinic
The end
•
•
•
•
•
More information:
Erkki Hiltunen
Product Manager, X-rays
tel: +358 20 7795 456
[email protected]
•
•
•
•
Mark Niemi
Product Manager, X-rays
tel: +358 20 7795 743
[email protected]
• www.planmeca.com
4/2011