With the right materials and techniques, photographs, illustrations, printed text, and drawings can be transferred onto paper, wood, fabric, canvas, and other surfaces.

Image transfers are useful for everything from collage and mixed-media artwork to printmaking, book arts, and experimental photography. Some techniques produce crisp, photographic results, while others introduce texture, distortion, and unexpected imperfections.

Whatever you are trying to do, there’s probably an image transfer technique worth trying.

1. Graphite and Carbon Paper Transfers

One of the simplest methods of transferring an image is to trace it onto another surface using graphite or transfer paper.

How it works: Place graphite or carbon transfer paper between your original image and the receiving surface, with the coated side facing down. Trace the lines of your image with a pencil or stylus. Pressure deposits the transfer material onto the surface below.

You can also make your own transfer paper by covering the back of the original with soft graphite, positioning it over a clean sheet, and tracing the original lines.

Best for: Transferring sketches, lettering, patterns, and preliminary drawings onto paper, canvas, or wood.

Things to consider: Graphite can smudge, and traditional carbon paper may leave marks that are difficult to erase. Artist-grade, wax-free transfer paper is often a better choice for work that will be painted over.

2. Pouncing: Transferring Images with Perforations and Powder

Pouncing is one of the oldest image transfer techniques, and was widely used in the Renaissance by painters, muralists, textile artists, and decorative craftspeople. Before carbon paper, photocopiers, and digital projectors, artists used this method to transfer detailed drawings onto walls, fabric, wood, and other surfaces.

How it works:

Prepare your drawing. Create or print an image at the desired size on paper or tracing paper.

Perforate the lines. Place the drawing over a protective surface, such as a piece of felt or soft cardboard. Use a pouncing wheel, needle, or pin to make a series of closely spaced holes along the lines of the image.

Position the drawing. Secure the perforated paper to the receiving surface with low-tack tape to prevent shifting.

Apply the powder. Fill a pounce pad or small fabric pouch with charcoal, graphite, chalk, or another suitable powdered pigment. Gently tap or rub the pad across the perforations, allowing the powder to pass through the holes.

Reveal the image. Carefully lift the paper to reveal a dotted outline of the original drawing. Connect the dots if necessary, or use them as a guide for painting, drawing, or stitching.

Best for: Murals, fresco painting, sign painting, embroidery, quilting, decorative painting, and transferring large or intricate patterns.

Things to consider: The color of the pouncing powder should contrast with the receiving surface. Dark charcoal works well on light backgrounds, while white chalk is useful on darker surfaces. Choose a powder that is compatible with the final medium and won’t cause staining or interfere with adhesion. Avoid creating airborne dust, and use appropriate respiratory protection when necessary.

Why Try Pouncing?

Unlike graphite or carbon paper transfers, pouncing doesn’t require tracing every line onto the final surface. Once the original drawing is perforated, it can be transferred repeatedly quickly, making it an efficient technique for large compositions or recurring motifs.

The resulting dotted lines can also become an aesthetic feature of the work rather than simply a guide to be covered up.

3. Acrylic Gel Medium Transfers

Acrylic gel medium transfers allow you to move a printed image from paper onto another surface while leaving much of the original paper behind.

How it works:

Print an image using a compatible laser printer or toner-based copier.

Apply an even layer of acrylic gel medium to the receiving surface or the image.

Place the print face down into the wet medium and smooth out air bubbles.

Allow the medium to dry thoroughly.

Dampen the paper backing and gently rub away the paper fibers, leaving the image embedded in the acrylic film.

Best for: Collage, mixed-media painting, wood panels, canvas, and experimental surfaces.

Things to consider: Images are reversed during transfer, so flip text and other directional elements before printing. Removing the paper takes patience. Rubbing too aggressively can remove parts of the image, while leaving paper fibers behind can create a cloudy appearance.

Transparent gel transfers are particularly interesting because the surface beneath the image can remain partially visible.

4. Solvent Transfers

Solvent transfers use a chemical to soften or release printing material so it can be deposited onto another surface.

How it works: Place a compatible toner-based print face down onto the receiving surface. Apply a small amount of an appropriate solvent to the back of the print and burnish it with a spoon, baren, or other smooth tool.

The solvent helps release the printed ink, while pressure transfers it to the new surface.

Best for: Experimental drawing, collage, printmaking, and transferring photographs or text onto paper and some fabrics.

Things to consider: Results depend heavily on the printer, toner formulation, solvent, and receiving surface. Not every laser print will transfer successfully, and inkjet prints generally behave differently.

Safety: Some solvents used in traditional transfer processes are flammable, irritating, or toxic. Use only products approved for the process, follow their safety data sheets, and work with appropriate ventilation and protective equipment. Avoid improvised solvent mixtures or household chemicals.

Rather than using loose solvents directly from their container, consider filling an empty paint dauber or marker.

5. Heat Transfers

Heat transfers use temperature and pressure to move or bond an image onto another surface.

How it works: An image is printed onto specialized transfer paper or film, positioned on the receiving surface, and applied using a heat press or iron according to the manufacturer’s instructions.

Some products leave a thin printed film on the surface, while others use dyes that penetrate a compatible coating or material.

Best for: T-shirts, tote bags, fabric banners, and customized merchandise.

Things to consider: Different transfer products are designed for different fabrics, printers, and heat settings. Light- and dark-fabric transfer papers may behave differently, and not all transfers are equally durable or washable.

For more permanent, full-color applications, dye sublimation is another option. Sublimation uses heat to turn specialized dyes into a gas that bonds with polyester fibers or specially coated surfaces. It does not work the same way on untreated cotton.

6. Inkjet and Water-Based Transfers

Some inkjet inks can be transferred while still wet or reactivated with moisture, producing softer and less predictable results.

How it works: Print onto a compatible nonabsorbent transfer sheet or specially prepared surface. Position the wet or transferable image against dampened paper and apply gentle, even pressure.

The ink moves from the printing surface onto the receiving paper.

Best for: Experimental photography, monoprinting, atmospheric backgrounds, and painterly effects.

Things to consider: Inkjet printers use different ink formulations. Dye-based inks are generally more water-soluble, while pigment-based inks may resist transfer. Moisture levels, paper absorbency, and timing dramatically affect the results.

These transfers often look less like conventional photographs and more like watercolor paintings.

7. Packing Tape Transfers

Packing tape transfers are inexpensive, accessible, and particularly useful for incorporating transparent imagery into collage.

How it works:

Place clear packing tape over a toner-based photocopy or compatible printed image.

Burnish firmly to ensure good contact.

Soak the taped image in water.

Gently rub away the softened paper backing.

Allow the transparent tape carrying the image to dry.

Best for: Collage, journals, artist books, transparent layering, and small-scale compositions.

Things to consider: Not all printed images transfer equally well. Toner-based copies are generally more reliable than inkjet prints. The width of the tape also limits the size of the transfer, although strips can be overlapped.

Try placing the finished transfer over colored paper, text, or another photograph to create layered compositions.

8. Monotype and Gel Plate Transfers

Gel printing plates offer a particularly experimental approach to image transfer.

How it works: A thin layer of acrylic paint is rolled onto a gel printing plate. A compatible printed image, often a high-contrast magazine photograph or toner print, is pressed against the painted surface.

Differences in the printed areas can affect how the paint lifts from the plate. After removing the original, the remaining image can be transferred to paper, sometimes with an additional layer of paint.

Best for: Monoprints, collage materials, layered compositions, and experimental image-making.

Things to consider: Timing, paint thickness, paper coating, and the original printing process all affect the transfer. These techniques require experimentation, and the results can be wonderfully unpredictable.

A Few Tips Before You Start

Regardless of the technique, a little preparation can make the difference between a successful transfer and a frustrating afternoon.

Test your materials. Different printers, inks, papers, and surfaces behave differently, even when using the same technique.

Pay attention to orientation. Many transfers reverse the image. Flip your image in photoshop or a similar program before printing.

Prepare your surface. Clean, smooth, properly primed surfaces generally produce more consistent results than dusty, greasy, or uneven ones.

Consider contrast. High-contrast images are often easier to transfer successfully than photographs with subtle tonal differences.

Be patient. Some processes require thorough drying, while others depend on working quickly. Follow the timing appropriate to the method.

Make a test print. Before committing to an expensive surface or a finished artwork, experiment on scraps of the same material.

The Beauty of Imperfection

One of the most interesting things about image transfers is that they rarely produce a perfect duplicate.

A photograph transferred onto wood picks up the texture of the grain. A gel medium transfer may lose small portions of the image. An inkjet transfer might bleed, blur, or shift. These changes are not necessarily failures. They can become part of the artwork.

Image transfers also raise an interesting question about originality. When an image is removed from its original context, altered by a process, and incorporated into another work, it takes on a new relationship to both its source and its surroundings.

That transformation is often more interesting than simply reproducing the original.

Start Experimenting

You don’t need specialized equipment to begin experimenting with image transfers. A pencil, a photocopy, some packing tape, or a jar of acrylic gel medium can open up an entirely new way of working with existing imagery.

The KCAI Underground carries a variety of papers, acrylic mediums, drawing tools, and other materials useful for exploring image transfer techniques. Stop by, ask questions, and experiment with something new.

Sometimes the most interesting thing you can do with an image is move it somewhere it wasn’t meant to go.