- +918826192637
- info@agkem.com
- +918826192637
- info@agkem.com
Cone beam CT for clinics that need 3D imaging of the teeth and jaws. AGKEM currently supplies the Fussen Dentrix 50, available as a 2-in-1 (CBCT + panoramic) or 3-in-1 (with cephalometric) system.
Dental CBCT (cone beam computed tomography) captures a 3D volume of the teeth, jaws and surrounding maxillofacial structures. The unit rotates around the patient, takes a series of X-ray projections, and software reconstructs them into a volume that can be reviewed in any plane.
That 3D view helps when a 2D radiograph can't answer the clinical question, such as assessing jaw anatomy before implant planning or the position of an impacted tooth. It is not a replacement for every X-ray: current ADA and FDA guidance is to use CBCT when it is clinically justified and lower-exposure imaging won't give the information needed.
For implant clinics, oral surgeons, orthodontists, multi-specialty practices, dental hospitals and imaging centres, the buying decision comes down to image quality, field of view, voxel options, software, room space and service support.
The Fussen Dentrix 50 comes in 2-in-1 (CBCT and panoramic) and 3-in-1 (adding cephalometric imaging) configurations. AGKEM's product page also lists AI-based image review, cloud functions for reviewing and sharing 3D images, image processing designed to address noise and artefacts, and user-oriented patient positioning.
| Specification | Published value |
|---|---|
| Configuration | 2-in-1 or 3-in-1 |
| Field of view (FOV) | 15 × 9 cm and 5 × 5 cm |
| Voxel options | 0.25, 0.2, 0.1 and 0.075 mm |
| Tube voltage | 60–90 kV |
| Tube current | 4–10 mA |
| Focal spot | 0.5 mm |
| Grey scale | 16 bit |
| Total filtration | 2.5 mm Al |
| Exposure time | ≤ 15 seconds |
| Reconstruction time | < 45 seconds |
| Scan position | Standing and wheelchair |
| Installation space | Depends on configuration |
Pricing is quote-based and depends on the configuration you choose. See the Dentrix 50 product page or contact AGKEM with your room dimensions and imaging requirements.
CBCT is used when three-dimensional information is clinically indicated. Common applications include:
The principle behind all of these: choose CBCT because it answers a specific clinical question, not simply because it provides more information.
CBCT produces 3D volumetric data; an OPG (panoramic X-ray) produces a 2D image of the jaws and teeth. Neither is better in every case. The right choice depends on what the clinician needs to see.
| Feature | CBCT | OPG / panoramic |
|---|---|---|
| Image type | 3D volume (voxels) | 2D image (pixels) |
| View | Multiple planes and 3D reconstruction | Broad 2D overview of jaws and teeth |
| Implant assessment | 3D anatomical information when indicated | 2D information |
| Impacted teeth | Shows 3D relationships | Panoramic overview |
| Radiation | Varies by system and protocol | Varies by equipment and protocol |
| Typical choice | When 3D information is clinically justified | When a 2D image answers the question |
Many CBCT systems, including the Dentrix 50, also offer panoramic imaging in the same unit.
Yes. CBCT uses X-rays, so it involves ionising radiation. Exposure depends on the machine, scan protocol, field of view, exposure settings, patient size and the region scanned.
FDA guidance follows two principles: justification (scan only when clinically needed) and optimisation (choose settings that give adequate image quality for the task at the lowest reasonable exposure). The ADA's 2026 guidance takes the same position and recommends considering lower-exposure alternatives where they would provide the required information.
CBCT prices vary widely because systems differ in imaging specifications, detector technology, field of view and software. The total investment also depends on:
The Fussen Dentrix 50 is sold on enquiry rather than at a fixed listed price. Contact AGKEM for a quotation based on the configuration you need.
For smaller clinics, the deciding factors are patient volume, available space, capital budget, staffing and service arrangements.
Assessment → Indicated imaging → CBCT scan → 3D reconstruction → Review → Treatment planning → Digital record / referral
Depending on the software a clinic uses, CBCT data can also feed into implant planning, intraoral scanning, CAD/CAM and lab communication. Always verify compatibility between the specific CBCT, scanner and planning software you intend to use.
Cone Beam Computed Tomography. A cone-shaped X-ray beam rotates around the patient and the data is reconstructed into 3D images of dental and maxillofacial structures.
Not automatically. CBCT is useful when 3D anatomy is needed; an OPG is often sufficient when a 2D panoramic view answers the clinical question. Guidance supports choosing the modality according to clinical need.
It depends on the machine and protocol. For the Fussen Dentrix 50, AGKEM publishes an exposure time of up to 15 seconds and a reconstruction time of under 45 seconds. Patient positioning adds to the total appointment time.
It can be for selected implant cases, because it provides 3D information about jaw anatomy that is hard to judge from 2D images. The decision should still be based on the individual case.
In selected endodontic cases, yes, when extra 3D information is clinically useful. It is not a routine requirement for every root canal case.
Yes. CBCT shows the 3D position of impacted teeth and their relationship to surrounding structures, which helps when conventional radiographs don't give enough spatial information.
CBCT uses a cone-shaped beam and is designed for regions such as the teeth and jaws. Medical CT uses a different acquisition geometry for broader medical imaging. The two are not interchangeable just because both produce 3D images.
FOV is the volume of anatomy captured in a scan. A small FOV focuses on a limited area; a larger FOV covers more anatomy. The Dentrix 50 lists 15 × 9 and 5 × 5 FOV options.
Voxel size is the dimension of the 3D elements that make up the CBCT volume. Smaller voxels give finer spatial sampling, but the right choice depends on the task and exposure. The Dentrix 50 lists 0.25, 0.2, 0.1 and 0.075 mm options.
It can, where the imaging system and software support the required data exchange, for example in implant planning and digital treatment planning. Compatibility must be verified for the specific systems involved.
It depends on imaging capability, configuration, software, accessories, installation and support. The Fussen Dentrix 50 is priced on enquiry, so contact AGKEM for a quotation.
CBCT scan prices for patients are set by each clinic or imaging centre. They usually depend on the area scanned and field of view, whether a written report is included, and the provider's equipment and running costs. For clinics, offering scans in-house is one reason to consider owning a machine, but the decision should rest on how often your cases genuinely need 3D imaging.
AGKEM assists clinics with product selection, installation guidance and technical support. Confirm the specific installation, training, warranty and service terms in your quotation, as they depend on configuration and site requirements.
Planning a CBCT purchase? Share your room dimensions, the configuration you're considering and your main imaging needs with AGKEM. Call +91 88261 92637 or email info@agkem.com.
