CT Scan

In-house digital dental imaging used to diagnose problems and to plan implant, surgical and orthodontic treatment. Reg-Med runs small intraoral X-rays, full panoramic images and cephalometric views, plus cone-beam CT of the jaw that shows the bone in three dimensions. Having imaging on site means implant and extraction planning can be done in the same building, with single X-rays from just 20 zł.

Diagnostic CT scan of any single body region at Voxel's Koszykowa 78 centre in central Warsaw. Covers head, chest, abdomen, pelvis, spine segments, and joints. Both native and contrast-enhanced protocols available. Part of Poland's leading specialist imaging network — 33 centres in 21 cities since 2005. Physician referral required under Polish law.

Native CT of any single body region — skull, chest, spine, pelvis, abdomen, or extremity — on a 128-slice GE Revolution Evo scanner. 37,000 HUF (≈€93). No referral required.

Computed tomography of a specific body region — head, spine, chest, abdomen, pelvis, or joints — performed by a team of nine specialist radiologists across three sites. Zero supplement charged at any time under Belgian law; patient pays the statutory RIZIV co-payment only. Medical prescription required. Digital images and written report delivered via a personal code accessible by patient and referring doctor.

Multi-slice CT of any single body region — head, chest, spine, abdomen, pelvis, bones, or joints — on the SOMATOM Pro.Pulse Dual Source scanner. Native or contrast-enhanced. Covers all standard diagnostic indications.

Multi-slice CT scan of any standard body region at SurGal Clinic Brno, using AIDR-equipped technology that reduces radiation dose by 50–80%. Performed by a specialist radiology team on weekdays. Insurance covered for Czech patients; self-pay available.

Multi-slice CT imaging at Munich-Pasing using Siemens Somatom Definition AS64 (64-line) and Somatom go.Up 32 scanners. Digital dose-reduction technology cuts radiation exposure by 50% versus standard devices. Covers all body regions — head, chest, abdomen, pelvis, and spine. Written findings transmitted to your GP by digital fax the same day.

Multi-slice CT imaging for any body region at Campus Medical Pallady — head, neck, chest, abdomen, pelvis, and musculoskeletal anatomy, with or without contrast. Part of Romania's largest private imaging network.

Full-body-region CT on a 64-slice scanner with AI-assisted imaging and dose-optimised low-dose protocols. Covers head, chest, abdomen, pelvis, spine, and extremities. Suitable for pacemaker wearers. Radiation reduced up to 50% versus conventional CT.

Diagnostic computed tomography for any body region using modern multislice technology. Available with or without contrast agent across multiple Munich locations. Dose-optimised protocols minimise radiation exposure.

Contrast-enhanced multi-slice CT at SurGal Clinic Brno using AIDR low-dose technology. Intravenous contrast improves soft-tissue characterisation and vascular detail for tumour, infection, or vascular indications.

Targeted CT scan of a single body region — chest, abdomen, pelvis, spine, head, or sinus — using a dedicated low-dose CT scanner. Performed at Radiologie am Turm by a team led by Prof. Dr. Volkmar Jacobi, former deputy director of radiology at Frankfurt University Hospital. Available with or without contrast depending on clinical indication. Personal radiologist consultation included. No referral required for self-pay patients. Billing per GOÄ; cost estimate provided at booking confirmation.

Computed tomography (CT) of any body region — head, sinuses, abdomen, pelvis, bones, or joints — using a multi-slice scanner and mandatory low-dose protocols. Covers both contrast-enhanced and non-contrast indications. Private patients and self-payers welcome; no referral required. Appointment usually available within a few days.

Non-invasive cross-sectional imaging across all body regions using two 128-slice Siemens Definition Edge scanners. Covers head, neck, chest, abdomen, pelvis, and musculoskeletal anatomy — with or without contrast — available 24/7.

High-definition computed tomography on a Siemens SOMATOM Force dual-source CT (worldwide serial #14) — up to 384 simultaneous slices with up to 90% radiation reduction. Covers chest, abdomen, pelvis, and specialist regions.

A dental cone-beam CT produces a detailed 3D image of the teeth, jawbone and surrounding structures, used to plan implants, assess impacted teeth and investigate the roots and sinuses. Dental ART carries out imaging in-house, including full and partial 3D scans as well as panoramic and cephalometric X-rays, so diagnosis and planning can be completed in one visit. It is the basis for accurate surgical and implant planning, with German-speaking care for visiting patients.

On-site digital 3D and panoramic dental imaging using Vatech equipment. A cone-beam CT (CBCT) scan produces a three-dimensional view of the teeth, jawbone, nerves and sinuses, used to plan implants, surgical extractions and root canal cases accurately. A panoramic X-ray gives a single wide view of both jaws. Having imaging in the same practice means surgical and implant cases can be assessed and planned without referral elsewhere.

Cone-beam CT (CBCT) is a 3D dental scan that captures detailed images of the teeth, jawbone and surrounding structures in a single quick rotation. At Pro Medical Clinic Dent it is used to plan implants, assess impacted teeth and wisdom teeth, investigate the root canals and evaluate bone before surgery. Having imaging on site means diagnosis and treatment planning can be carried out in one place. Panoramic, cephalometric and spot radiographs are also available.

A cone-beam CT scan produces a detailed 3D image of the teeth, jawbone and surrounding structures, used to plan implants, assess wisdom teeth and locate root canals accurately. The scan is taken on site in about a minute and uses a lower radiation dose than a conventional medical CT. It gives the dentist precise information on bone volume and the position of nerves and the sinus before surgical or complex treatment.

On-site cone-beam computed tomography (CBCT) produces a three-dimensional image of the teeth, jawbone and surrounding structures, giving far more detail than a flat X-ray. It is used to plan implant placement, assess bone volume, examine root canals and check wisdom teeth and other surgical cases. NB Dental also offers panoramic and cephalometric X-rays in-house, so the imaging needed for diagnosis and treatment planning can be carried out during the same visit.

A cone-beam computed tomography (CBCT) scan that produces a three-dimensional image of the teeth, jawbone and surrounding structures. It gives the dentist far more detail than a flat X-ray for planning implants, assessing bone volume, locating nerves and reviewing impacted teeth or root canals. The scan is quick and is taken on the clinic's own equipment, so planning and treatment can be coordinated in one place.

Cone-beam computed tomography (CBCT) is a low-dose 3D X-ray that shows the teeth, jawbone, nerves and sinuses in cross-section — far more detail than a flat dental X-ray. Uśmiech was among the first practices in Jelenia Góra to install a latest-generation 3D tomograph, and uses it to plan implants, assess impacted wisdom teeth and investigate complex problems. Scans of the whole dentition, a single jaw, the sinuses or a small region are available.

A three-dimensional cone-beam CT (CBCT) scan that captures the teeth, jawbone, nerves and sinuses in detail far beyond a standard X-ray. Denticus uses in-house CBCT to plan dental implants, assess impacted wisdom teeth before surgery and investigate complex root canal anatomy. The scan is quick and can be carried out as a standalone diagnostic image, with panoramic and cephalometric X-rays also available.

A CBCT (cone-beam computed tomography) scan is a low-dose three-dimensional X-ray that shows the teeth, jawbone, nerves and sinuses in detail that flat X-rays cannot. Denti Clinic uses CBCT for precise implant planning, assessing bone volume before grafting, locating nerves before surgery, and evaluating impacted teeth or complex root canals. The scan takes only seconds and is reviewed by the dentist to plan treatment accurately and safely. It can be arranged as a standalone diagnostic or as part of a treatment plan.