From modern imaging equipment, like digital radiography and sonograms, to a real-time laboratory, we have the diagnostic tools that can literally save an animal’s life. Because we staff our own diagnostic centers, we receive immediate results – results that can often be crucial.

Digital Radiography

Digital radiography has revolutionized medicine by yielding fast, accurate radiographs (X-rays) to help diagnose a patient and order appropriate treatment. Digitized X-rays offer a number of advantages over film:

Faster, more precise images
Easier access and readability
Increased detail and image enhancements
Ability to transfer images via telemedicine or Internet
Affords prompt consultations with specialists worldwide

Radiographs taken at Piedmont are evaluated by a team of veterinarians. First, the attending veterinarian will interpret the initial results and formulate a treatment plan. Then, your pet’s images are digitally transferred to a board-certified veterinary radiologist for final interpretation and input.


Ultrasound is a painless, safe, non-invasive procedure we use to evaluate your pet’s internal organs. Using sound waves, ultrasound produces a real-time moving picture of your pet’s organs that allows us to visualize objects that cannot be detected by X-rays alone.

We use ultrasound exams to assess the shape, size, tissue density, internal structure, and position of your pet’s abdominal organs. In addition, ultrasounds help diagnose pregnancy. The technology can also be used to identify masses or tumors and as a guide during fine needle aspirates or cystocentesis.

Cone Beam CT

We are pleased to offer the cutting edge of Veterinary technology! Our Cone Beam CT uses x-rays to create a cross-sectional image of all tissue types of the body region scanned. This is achieved by imaging thin slices of the patient, similar to slicing a loaf of bread. This form of imaging, tomography, provides the veterinarian much more information about the patient than conventional radiography by eliminating the superimposition of structures that often complicates interpretation of radiographic studies.