Most ultrasound images start as thermal prints on heat-sensitive paper, which means they fade over time and don’t hold up well to standard copying methods. To get a lasting printed version, you need to either scan or photograph the original, request a digital file from your provider, or download images through a patient portal. From there, you can print at home, use a photo printing service, or order a custom keepsake.
Why Original Ultrasound Prints Fade
The printout you receive at your appointment is made on thermal paper, the same type used for store receipts. Instead of ink, the image is created by heat applied to a chemically coated surface. This makes the image inherently temporary. Heat exposure, UV light, skin oils from handling, humidity, and acidic materials all speed up degradation. Even under ideal conditions, thermal paper naturally loses contrast over time.
A few things will destroy a thermal ultrasound print quickly: leaving it in a hot car, running it through a laminator (the heat turns the entire sheet dark), or photocopying it (which also uses heat). If you want to preserve the original while you work on getting a better copy, store it in an acid-free photo sleeve in a cool, dry, dark place, and handle it only by the edges with clean hands.
Getting a Digital File From Your Provider
The simplest path to a high-quality print is starting with a digital file. Under federal privacy law, you have the right to receive copies of your medical images, including ultrasounds, in whatever format your provider can reasonably produce. That might be a CD, a USB drive, or a digital download.
Many health systems now offer image access through patient portals. At Johns Hopkins, for example, patients can view and download radiology images directly through MyChart. The typical process looks like this: log in, navigate to Test Results, select the ultrasound study, and click on the linked image. From the image viewer, a save or download icon lets you pull the file to your computer. Some viewers also support ultrasound video clips. If your provider uses a different portal, the steps will be similar, though the layout varies.
The file you receive may be in DICOM format, which is the standard for medical imaging. DICOM files aren’t directly printable from most home computers, but free online tools can convert them to JPEG or PNG. On a platform like PostDICOM, you right-click the study, choose to download it, select JPEG as the output format, and the converted file downloads automatically. Once you have a standard image file, you can print it anywhere.
Some clinics charge a small fee for copies. State laws cap these charges, and they’re typically modest, often around $1 per page for paper records or $2 for digital media. If your provider seems reluctant or quotes a high price, it’s worth mentioning your right to access your own records.
Scanning or Photographing a Thermal Print
If a digital file isn’t available, scanning your thermal print is the next best option. Use a flatbed scanner at 300 DPI or higher. This captures enough detail for a sharp print up to about 8×10 inches. Save the scan as a JPEG or PNG file, not a PDF, so you can easily send it to a printer or upload it to a printing service.
If you don’t have a scanner, a smartphone photo works surprisingly well in good conditions. Place the ultrasound on a flat, dark surface. Use natural, indirect light to avoid glare. Hold your phone directly above the image (not at an angle) and tap the screen to focus on the center of the ultrasound. Crop out the background afterward. Many phones now shoot at resolutions far exceeding what the original thermal print contains, so the limiting factor is the source image, not your camera.
One important note on resolution: ultrasound images are relatively low resolution compared to other medical imaging. Native ultrasound images can be as small as 256 x 256 pixels, though modern machines often produce larger files. This means you’ll get clean results at smaller print sizes (4×6 or 5×7), but blowing up an ultrasound to poster size will show visible pixelation. For larger prints, some printing services apply smoothing filters that help, but the image will never be tack-sharp at big dimensions.
Printing at Home
For a quick home print, any inkjet or laser printer will work. Load glossy or matte photo paper for the best results. Standard copy paper absorbs ink unevenly and produces a washed-out image. Set your printer to its highest quality mode and select “photo” as the paper type in your print settings.
Before printing, you may want to adjust the image slightly. Ultrasound images tend to be dark with low contrast. Most computers come with basic photo editing tools (Photos on Mac, the Photos app on Windows) where you can bump up brightness and contrast. A small increase in both usually makes the image easier to read on paper. Don’t overdo it, or you’ll lose the subtle gray tones that give the image its detail.
For print size, 4×6 or 5×7 inches works best given the resolution limits of most ultrasound files. If you want to fill a standard 8×10 frame, consider printing the ultrasound image centered on a white or colored background rather than stretching it to fill the entire space.
Using a Photo Printing Service
Drugstore photo kiosks (CVS, Walgreens, Walmart) accept JPEG files from your phone or a USB drive and print 4×6 photos in minutes for under a dollar. The quality is good for a quick keepsake or for sharing with family. Upload your file, select the size, and pick it up at the counter. Online services like Shutterfly or Snapfish offer the same thing by mail, often with options for different paper finishes and sizes.
For something more polished, specialty services on platforms like Etsy turn ultrasound images into custom canvas prints, framed art, or pregnancy announcement pieces. These typically use archival inks on cotton canvas that resist UV fading, which is a significant upgrade over both thermal paper and standard inkjet prints. Gallery-wrapped canvas options come stretched over a wooden frame and ready to hang. Prices vary, but expect to spend $20 to $60 depending on size and framing. You upload your image file, and the service handles cleanup and printing.
Keeping Your Prints Looking Good Long-Term
Once you have a proper ink-on-paper or canvas print, it will last far longer than the original thermal version, but a few precautions help. Keep framed prints out of direct sunlight. UV-protective glass adds another layer of defense against fading if you’re framing a standard photo print. Store loose prints in acid-free sleeves or albums rather than shoeboxes or regular envelopes, which can contain acids that yellow paper over time.
The most durable backup is simply keeping the digital file. Save it in at least two places: your phone or computer and a cloud service like Google Photos, iCloud, or Dropbox. Digital files don’t degrade, and you can reprint from them anytime. If you scanned or photographed your original thermal print, do this immediately. Thermal prints can fade noticeably within a few years, and once the contrast is gone, no amount of scanning will bring it back.