i-CAT™ FLX V-SERIES

The First Line of Upgradeable Dedicated 3D CBCT Machines

This dynamic system offers three maximum fields of view (FOV), V8, V10, and V17. Within these sizes, you also have the option to scale or collimate the scan height to capture only the area of interest per the patient’s immediate need. The system also provides enhanced low-dose imaging options through protocols and collimation, dedicated traditional 2D panoramic capabilities, and the feature-rich Tx STUDIO™ software, powered by Anatomage—all at a price point starting at under $90,000.

i-CAT™ FLX V8 – With 8 cm x 5 cm to 8 cm x 8 cm FOVs, this system accommodates those dentists who want to capture select treatment areas for survey, implant, oral surgery and endodontics.

i-CAT FLX V10 – The V10 offers a maximum and scalable FOV of up to 16 cm D x 10 cm H, helpful when you expand into larger cases and airway or TMJ analysis.

i-CAT FLX V17 – With a maximum FOV of up to 23 cm D x 17 cm H, the V17 is used most often by orthodontics, oral maxillofacial surgeons and oral radiologists.

Description

DEXIS

i-CAT FLX V17

Designed to accommodate the widest range of clinical applications, the V17 is the most flexible of the i-CAT FLX V-Series options. The V17 has a maximum and scalable FOV of up to 23 cm x 17 cm. The V17 is used most often by orthodontists, oral maxillofacial surgeons and oral radiologists; however, this system is appropriate for any dentist who wishes to view the entire oral-facial complex.

Applications

Applications for the i-CAT FLX V17 offer the most flexibility and image sizes for all 3D needs including orthodontics, orthognathics, airway analysis, and oral surgery.

Compatible with Tx STUDIO

Tx STUDIO, powered by Anatomage, is an integral part of the fast i-CAT workflow and provides the power of multiple software systems combined into one simple-to-use solution.

i-CAT FLX V10

The i-CAT FLX V10 combines highly precise cone beam 3D technology with flexible planning and treatment tools. i-CAT offers a full suite of solutions to meet your practice’s needs. You can care for your patients with greater confidence and control than ever before.

The i-CAT FLX V10 has all the functionality of the V8, such as clinical control, powerful comprehensive treatment tools, and more advanced procedures with greater predictability. The difference between the V8 and V10 primarily relates to the available fields of view. V10 scan sizes range from an adjustable 8cm x 5cm to 16cm x 10cm.

Applications

Applications for the i-CAT FLX V10 include implant, most OMS, periodontics, upper/lower airway analysis, TMJ, and pediatrics.

Compatible with Tx STUDIO

Tx STUDIO, powered by Anatomage, is an integral part of the fast i-CAT workflow and provides the power of multiple software systems combined into one simple-to-use solution.

i-CAT FLX V-SERIES Specifications & Technical Details

Sensor Type	Amorphous Silicon Flat Panel Sensor with Csl Scintillator
Grayscale Resolution	16-bit
Voxel Size	.4 mm, .3 mm, .25 mm, .2 mm, .125 mm
Collimation	Electronically controlled fully adjustable collimation
Scan Time	4.8, 8.9, 14.7, 17.8 or 26.9 seconds
Exposure Type	Pulsed
Field-of-View	V8: 8cm x 5cm, 8cm x 8cm V10: 8cm x 5cm, 8cm x 8cm, 16cm x 4cm, 16cm x 6cm, 16cm x 8cm, 16cm x 10cm V17: 8cm x 5cm, 8cm x 8cm, 16cm x 4cm, 16cm x 6cm, 16cm x 8cm, 16cm x 10cm, 16cm x 11cm, 16cm x 13cm, 23cm x 17cm
Reconstruction Shape	Cylinder
Typical Reconstruction Time	Less than 30 seconds
Viewing and Treatment Software	Included
DICOM Compatible	Yes
Unit Size	48″ (w) x 69.5″ (h) x 36.37″ (d)
Patient Position	Seated
Wheelchair Accessible	Yes

* Utilizing the i-CAT FLX QuickScan+ exposure protocol. Use of lower dosage imaging may only be suitable for certain diagnostic tasks. Image quality is proportional to dose. i-CAT FLX offers a variety of exposure protocols allowing clinicians to adjust dosage to specific diagnostic needs.

^†X-ray images acquired using i-CAT can be analyzed within Tx STUDIO, powered by Anatomage, for treatment planning. NOTE: All clinical images shown are created from scans utilizing i-CAT technology.