KaVo ORTHOPANTOMOGRAPH OP 3D

The most efficient entry into the KaVo world of 3D X-ray.

The KaVo OP 3D makes choosing your 3D X-ray system simple. Four selectable image resolutions and up to four volume sizes for substantiated diagnosis in 3D.

 

KaVo ORTHOPANTOMOGRAPH OP 3D

Highlights & Advantages

  • 2D / 3D Combo device 
     
  • Fast Scan for 2D panoramic images in just 9 seconds
     
  • ORTHOfocus™ for automatic recognition of the most suitable image layer in 2D panoramic images
     
  • 4 freely positionable volumes:
    5 x ø 5, 6 x ø 9, 9 x ø 11 and (optional) 9 x ø 14 cm
     
  • SMARTVIEW™ 2.0 for precise volume positioning and highly flexible number of FOV sizes
     
  • 4 image resolutions for 3D (Low Dose, Standard, High-Res, Endo)
     
  • QUICKcompose™ feature for fast image review automatically after scan is completed
     
  • Lead free device design

 

KaVo ORTHOPANTOMOGRAPH OP 3D

Four defined volume sizes plus the possibility to customise.

The FOVs of the OP 3D are based on true clinical need. FOV 5 x 5 with its endo-resolution is optimized for single-tooth and localised diagnostics. FOV 6 x 9 offers the capability to scan either the lower or upper jaw, whereas FOV 9 x 11 combines both. With the largest FOV 9 x 14, TMJ and airway studies can be conducted. In addition SMARTVIEW™ 2.0 enables choosing the most optimal FOV size for the indication as the FOV height and width can be freely adjusted from the scout image.

 

5 x ø 5 cm – Local diagnostics 

  • Planning of individual implants
  • Wisdom tooth extractions
  • Impacted teeth
  • With endo-resolution for highly precise illustration of channel and periodontal structures

KaVo OP 3D - FOV 5 x 5 cm

6 x ø 9 cm – Covers the complete lower or upper jaw:

  • Planning of multiple implants in one jaw
  • Drilling templates

KaVo OP 3D - FOV 6 x 9 cm

9 x ø 11 cm – Covers the entire dentition, including both lower and upper jaw as well as a portion of the maxillary sinus:

  • Planning of multiple implants in both jaws
  • Drilling templates
  • Sinus analysis in children
     

KaVo OP 3D - FOV 9 x 11 cm

9 x ø 14 cm – Illustration of the whole craniofacial area:

  • Illustration of the sinus maxillaris
  • TMJ diagnostics
  • Respiratory passages

KaVo OP 3D - FOV 9 x 14 cm

KaVo OP 3D - SMARTVIEW

SMARTVIEW™ 2.0 for a new level of control and flexibility.

With OP 3D, the field-of-view location can be controlled easily and accurately. The capability to alter the FOV height or width can be smoothly accomplished with the SMARTVIEW™ 2.0 user-interface. SMARTVIEW™ 2.0 user-interface offers two-dimensional scout images prior to the actual CBCT examination enabling the verification of exact FOV location with the ability to adjust the location and size if needed.

 

Customized FOVs.

With OP 3D, the number of FOV sizes is highly flexible. SMARTVIEW™ 2.0 user-interface enables choosing the most optimal FOV size for the indication as the FOV height and width can be individually adjusted from the taken scout image.

 

 

KaVo OP 3D imaging

Programs to fit your clinical needs.

Standard, paediatric and segmented panoramics, lateral TMJ and bitewing protocols are available to cover the panoramic imaging needs of a busy practice. The paediatric and bitewing programs are collimated in height for an additional dose reduction.

 

 

KaVo OP 3D - DTX Studio

Your software: already installed. The future: DTX Studio™, fully integrated.

The software you need will be installed on your workstation during operational start-up — it is 2D or 3D X-ray software, drilling templates for implant planning and implant surgery, or another application.

The future is already integrated into your OP 3D: With DTX Studio™, you have a new software platform designed as a complete workflow system. With every new enhancement, DTX Studio™ will in future cover all areas of modern dentistry and orthodontics. DTX Studio™ is compatible with Mac and Windows operating systems. It will integrate both existing and future devices of multiple brands as well as current software provisions into one unified working process.

*Installations possible as soon as DTX Studio™ is available in your region.

Technical Specifications

Focal spot

0.5 mm IEC 336 (IEC 60336/2005)

Tube voltage

60 – 95 kV

Tube current

2 – 16 mA


2D / Panoramic


 

Image receptor

CMOS

Pixel size (sensor&image)

99 µm

Scan/Exposure time

9 s

Image Field Height

147 mm

Imaging Programs

Standard, Pediatric, Ortho Zone, Orthological, Wide Arch, Lat TMJ, PA TMJ, Maxillary Sinus, Bitewing

3D / CBCT

 

Image Detector

CMOS

Image Voxel Size

80 μm – 400 μm

Scan Time

27 –45 s

Exposure Time

1.7 – 20 seconds

Image Volume
Sizes (H x Ø)

5x5, 6x9, 9x11, 9x14 cm (optional)

DICOM* support

yes

Minimum System Requirements for 3D Acquisition Workstation

CPU (processor)

Intel Core i5, i7 or Xeon, 4-cores or more

GPU (Graphics
Processing Unit)

NVIDIA Quadro M2000 4GB or
GeForce GTX 1050 Ti 4GB

RAM (memory)

8 GB or more

Storage (hard disk)

1 TB or more
RAID 1 or RAID 5 recommended for data
redundancy, plus backup

Network

Gigabit Ethernet 1000Base-T

Operating System

Windows 10 Pro or Enterprise, 64-bit
Windows 8.1 Pro or Enterprise, 64-bit
Windows 7 Professional, Ultimate or Enterprise,
64-bit, with SP1

Display

1920 x 1080 resolution (Full HD) or higher, at least
300 cd/m2 brightness for typical room lighting,
native contrast ratio 100:1 or better, 8-bit panel
strongly recommended

Other

OpenCL 1.1 support, OpenGL 3.2 support
DVD-ROM drive Anti-virus software

Notes

Please refer to software and device installation
manuals for detailed requirements

Easy wheelchair accessability.
* DICOM is the registered trademark of the National Electrical Manufacturers Association for their standard publications on the digital exchange of medical data. 

 

Dimensions

KaVo OP 3D - Dimensions

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