The Wodonga Medical Imaging department located in Vermont Street Wodonga Victoria has been successfully providing quality diagnostic images to the public and referring doctors for over 20 years.

We pride ourselves on customer service and quality, employing a professional mixture of youth and experienced staff with a wide range of skills and ability. We keep up to date with the latest technology in radiography to ensure that our customers are receiving the highest quality diagnostic imaging available. Our staff receive continuous training in utilising the latest equipment and techniques to ensure that optimal standards are maintained.

Important Information

• Please bring any relevant previous films so a comparison can be made.
• Ensure that you follow any preparation that is required before your examination.

Phone: (02) 60517 370
Fax: (02) 60517 7383

General x-rays

Conventional x-rays have been used over the last century to produce medical images. Plain film radiography and fluoroscopy procedure are still used commonly today to produce quality diagnostic images. The X-ray process is completely painless and only requires the patient to maintain a set position for a short period of time when the radiograph is taken.

Recently we changed from a conventional system of using x-rays films to a new digital system that uses plates to detect the x-rays this allows for a higher quality diagnostic image.

CT Scanning or Computerised Tomography is a method of acquiring images transversely through a particular region of your body. The process only requires that the patient lie down and remain still while the images are being taken. An x-ray tube is rotated around your body with the x-ray beam being projected through your body and measure on the other side. These measurements are then used to produce diagnostic images.

Mammography is a specialised X-ray of the breast tissue using low wavelength x-radiation to show small differences in tissue density, as occurs in breast carcinoma. Mammography is critical in the early detection of breast cancer, sometimes allowing detection long before any clinical signs of malignant growths.

The ultrasound machine uses sound to acquire information on structures within the body. Sound waves are projected into the patient then the ultrasound machine listens for echoes returning from different structures in the body. The computer generates an image from these returning echoes and creates a visual representation of the anatomy being viewed.