Dental X-ray IOPA – Intraoral Periapical X-ray System for Precision Dental Imaging

The Dental X-ray IOPA (Intraoral Periapical X-ray) unit is a compact, high-precision imaging system designed to capture detailed radiographs of individual teeth and surrounding structures. Widely used in general dentistry, endodontics, orthodontics, implant planning, and oral pathology, the IOPA X-ray provides crystal-clear images that support accurate diagnosis and effective treatment planning.

Engineered for low radiation exposure, fast image acquisition, and superior image sharpness, an IOPA machine is an essential tool in every modern dental clinic.

The IOPA Dental X-ray machine utilizes focused, high-frequency X-ray technology to produce periapical radiographs with minimal distortion and excellent contrast. It captures the entire tooth structure, including:

• Crown

• Root

• Periodontal ligament space

• Periapical tissues

The unit may be wall-mounted, floor-mounted, or portable handheld, depending on clinic setup.

Many models support digital sensors (RVG) and film, making it compatible with both modern and traditional workflows.

A long, flexible positioning arm and stable head movement ensure accurate beam alignment, reducing repeat exposures.

Key Features

• High-frequency X-ray generator for sharp, low-noise images

• Minimal radiation exposure, safe for daily clinical use

• Fast image capture (ideal for endodontics & root canal therapy)

• Compatible with RVG digital sensors and traditional film

• Smooth rotating arm and stable cone positioning

• Compact and space-efficient design

• Automatic exposure time control

• Suitable for adult and pediatric imaging

Clinical Applications

• Periapical lesions

• Root canal evaluation (endodontic treatment)

• Dental caries detection

• Crown and bridge assessment

• Orthodontic analysis

• Implant planning

• Trauma assessment

• Periodontal bone level evaluation

Benefits

• Produces high-detail images with excellent clarity

• Supports accurate diagnosis and reduces treatment errors

• Quick and easy to operate, improving clinic workflow

• Highly reliable for emergency and routine dental care

• Enhanced patient safety with low radiation output