The best scanner for artwork depends on the size and surface of your originals. For smaller drawings, ink illustrations, and watercolor studies, the Epson Perfection V39 II is a practical, affordable flatbed. For larger artwork, the Plustek OpticPro A320E offers a 12 × 17-inch scanning area with a CCD sensor. Artists who regularly need professional large-format reproductions can consider the Epson Expression 13000XL, although its cost is difficult to justify for occasional scanning.
I work primarily with drawing, so the qualities I care about are fine-line detail, tonal accuracy, paper texture, and whether the resulting file can be reproduced as an art print. A scanner needs to capture those qualities without introducing distracting shadows, distorted proportions, or unnecessary processing.
Below, I compare scanners for different types of artwork, explain the difference between budget and professional models, and cover what artists should know before scanning drawings or paintings for prints.
Best Scanners for Artwork at a Glance
| Scanner | Best for | Maximum scan area | Main consideration |
|---|---|---|---|
| Epson Perfection V39 II | Small drawings, illustrations, sketchbook pages | 8.5 × 11.7 inches | Affordable, but limited to letter/A4-sized originals |
| Plustek OpticPro A320E | Large drawings, art on paper, textured surfaces | 12 × 17 inches | CCD scanner with a larger bed and 800 dpi optical resolution |
| Epson Expression 13000XL | Professional art reproduction and archival work | 12.2 × 17.2 inches | Professional features at a substantial cost |
| Epson Perfection V850 Pro | Artists also digitizing film and negatives | 8.5 × 11.7 inches | Excellent photographic capabilities, but no larger artwork bed |
If I were buying a scanner primarily for ordinary sketchbook drawings, I would start with the V39 II. If my finished originals were frequently 11 × 14 inches or larger, I would investigate a larger flatbed before spending money on a letter-size scanner.
One important distinction: the Epson Perfection V600 and Canon CanoScan LiDE 400 are both discontinued according to their manufacturers. They may still appear at retailers or on the used market, but I would not make either my first recommendation for someone buying new equipment.
Best Affordable Scanner for Artwork: Epson Perfection V39 II
The Epson Perfection V39 II is where I would begin for smaller drawings and illustrations. Its 8.5 × 11.7-inch scanning area accommodates letter-size paper, and Epson specifies a maximum optical resolution of 4800 dpi.
The scanner uses a contact image sensor (CIS), has a removable, high-rise lid, and includes Epson ScanSmart software with an image-stitching feature. Its compact design also makes it easier to store than a large professional scanner.
For a drawing-based artist, I see several practical uses:
- Digitizing ballpoint pen and ink drawings.
- Capturing graphite sketches and fine line work.
- Scanning small watercolor and colored-pencil originals.
- Creating high-resolution files from loose sketchbook pages.
- Preparing smaller artworks for portfolios, websites, and print production.
The main limitation is the sensor’s relatively shallow depth of field. Artwork that sits flat against the glass is an appropriate match, but raised paint, curled paper, or pages that lift away from the scanner bed may not remain equally sharp.
The V39 II also won’t capture an 11 × 14-inch drawing in a single pass. Epson’s stitching feature can help with oversized originals, but photographing or using a larger flatbed may be more convenient if most of your work exceeds letter size.
My assessment: A sensible starting point for artists working primarily with small, flat originals. I wouldn’t pay for professional film-scanning capabilities or an enormous scanner if this already covers the sizes I make.
Best Scanner for Large Artwork: Plustek OpticPro A320E
If your drawings and paintings are regularly larger than letter size, the Plustek OpticPro A320E is worth comparing. It has a 12 × 17-inch scanning area, large enough for many 11 × 14-inch originals without requiring multiple scans.
Unlike the budget CIS scanners, the A320E uses a CCD sensor. CCD scanners generally offer more depth of field, which can help with artwork that does not sit completely flat on the glass.
This is a meaningful distinction for artwork because a drawing on heavyweight paper may have a slight curl, and textured surfaces can sit at different distances from the scanner glass.
The A320E has an optical resolution of 800 dpi. That sounds modest compared with the 4800 dpi advertised for some smaller consumer scanners, but the number alone does not tell you which scanner produces the more faithful image.
For reproducing artwork at its original size, 800 dpi is more than the 300 pixels per inch often used for high-quality print files. The larger bed also avoids some of the stitching problems that come with scanning artwork in sections.
Where I think this scanner makes sense:
- Drawings on 11 × 14-inch or similarly sized paper.
- Watercolor paintings on larger sheets.
- Pen, graphite, and colored-pencil artwork with visible paper texture.
- Illustrations that need to be scanned without multiple overlapping passes.
- Artists producing a regular collection of art prints from medium-sized originals.
Although its CCD sensor can be more accommodating of slight surface variation, I would still avoid placing fragile, heavily textured, or inadequately cured paintings against the glass. A camera may be the safer and more accurate option for those pieces.
My assessment: One of the more interesting options for artists whose main frustration is scanner bed size, rather than a lack of extreme resolution.
Best Professional Scanner for Artwork: Epson Expression 13000XL
The Epson Expression 13000XL is a professional large-format flatbed designed for demanding photo, archival, and graphic arts applications.
It accommodates reflective originals up to 12.2 × 17.2 inches and uses Epson’s MatrixCCD technology. Epson specifies 2400 dpi optical resolution, 48-bit color depth, and a 3.8 Dmax optical density rating.
These capabilities are relevant to professional reproduction, especially when the scanner is part of a controlled workflow involving image editing, color management, and archival files.
I would consider it for:
- Studios digitizing substantial volumes of artwork.
- Artists producing high-quality reproduction files regularly.
- Archives and institutions documenting drawings and prints.
- Professional print businesses scanning varied originals.
- Workflows requiring a larger scanning area and greater software control.
There are two major reasons I wouldn’t recommend this to every artist. First, it’s a substantial financial investment. Second, its large-format scanning area is still limited to a little over 12 × 17 inches.
That means a large painting measuring 24 × 36 inches still won’t fit on the glass. Even an expensive flatbed scanner has physical limits.
My assessment: A serious tool for a professional reproduction workflow, but not a necessary purchase for an artist who occasionally digitizes small drawings.
Is the Epson Perfection V850 Pro Worth It for Artists?
The Epson Perfection V850 Pro is another professional scanner that artists may encounter when researching high-quality reproduction.
Its strengths include advanced optical systems, scanning for photographic film and negatives, and greater control for photographic archiving. Epson lists a dual-lens system with optical resolution options reaching 6400 dpi.
However, the reflective flatbed remains approximately 8.5 × 11.7 inches. Buying the V850 Pro does not solve the problem of fitting larger paintings onto the glass.
I would consider this scanner if I regularly worked with photographic film as well as drawings. For someone who only scans artwork on paper, I would compare the price carefully against a simpler flatbed or larger-format scanner.
More expensive does not automatically mean more useful for a particular artist.
Are the Epson V600 and Canon LiDE 400 Still Good Art Scanners?
Both scanners have appeared in artwork-scanning recommendations for years, including earlier versions of this guide. Their age does not necessarily make them poor scanners, but availability matters when deciding what to recommend today.
Epson Perfection V600
The Epson Perfection V600 uses a CCD sensor with 6400 dpi optical resolution and an 8.5 × 11.7-inch scanning area. It can be useful for capturing flat artwork and photographic originals.
However, Epson now lists the model as discontinued. If buying used, I would confirm that the scanner functions correctly, that the glass and scanning mechanism are in good condition, and that drivers are compatible with the computer and operating system I intend to use.
I wouldn’t pay an inflated price for an older model simply because it appears frequently in historic recommendation lists.
Canon CanoScan LiDE 400
The Canon CanoScan LiDE 400 is a compact CIS flatbed with a maximum 8.5 × 11.7-inch scan area and 4800 dpi optical resolution.
It has been a practical choice for scanning line drawings, documents, and small illustrations, but Canon now lists it as discontinued. Remaining retailer stock or used units may still be available.
For a new purchase, I would compare currently supported alternatives before choosing a discontinued scanner.
What to Look for When Buying a Scanner for Art
Scanner specifications can be misleading when read without considering the actual artwork. I would pay attention to the following factors before choosing a model.
The scanner bed must fit the artwork
For me, size is the first question. An 8.5 × 11.7-inch flatbed is convenient for smaller drawings, but it cannot capture an 11 × 14-inch original in one scan.
Scanning in overlapping sections can work, but it adds time and requires careful alignment. Paper texture, uneven lighting, and tonal gradients can make stitched areas more difficult to hide.
Before spending more for resolution, I would make sure the scanner accommodates the paper sizes I actually use.
CCD vs. CIS sensors
Two common scanner technologies are CCD (charge-coupled device) and CIS (contact image sensor).
CIS scanners tend to be compact and energy-efficient. They’re useful for documents and flat artwork that sits close to the scanner glass.
CCD scanners generally offer greater depth of field, which may help when the artwork or paper doesn’t sit completely flat. That can be valuable for slightly curled drawings or surfaces with modest texture.
Neither sensor type guarantees faithful color reproduction. The scanner’s optics, software, calibration, lighting system, and the artwork itself also affect the resulting image.
Optical resolution instead of interpolated resolution
Manufacturers sometimes advertise exceptionally high DPI figures. I would look specifically for optical resolution rather than relying on digitally interpolated numbers.
A scanner capable of 4800 dpi is not automatically better for artwork than one offering 800 or 2400 dpi. The original’s size, the desired print dimensions, the sensor, and the quality of the optical system all matter.
Color accuracy and editing control
For colored pencil, watercolor, gouache, and paintings, I care about how accurately the scan represents the original.
Automatic color correction may make a picture look attractive without making it faithful to the artwork. For print production, I would prefer to capture a neutral scan with as much useful detail as possible, then make deliberate adjustments in editing software.
Software controls for exposure, color, file format, and resolution are worth examining before buying.
Best Scanner for Pencil, Ink, Watercolor, and Paintings
Different media can create different scanning problems. I wouldn’t necessarily choose a scanner based on a single generic “art quality” rating.
| Artwork type | Recommended approach |
|---|---|
| Graphite drawings | Flatbed scanner with enough tonal control to preserve subtle grays and paper detail |
| Pen and ink drawings | Flatbed scanner capturing clean fine lines without aggressive sharpening |
| Colored pencil drawings | Flatbed scanner with careful color correction and a suitable working file |
| Watercolor paintings | Flatbed for smaller, flat originals; larger scanner or photography for oversized pieces |
| Acrylic paintings | Scan only when flat, fully cured, and safe to place on glass; photograph textured work |
| Oil paintings | Often better photographed, especially with visible brush texture, glossy areas, or a delicate paint surface |
| Sketchbooks | Flatbed or overhead photography, depending on the binding and page curvature |
With graphite and ballpoint pen work, I would examine the fine marks at full resolution after scanning. Overly aggressive sharpening can make individual strokes look harsher than they appear on paper, while automatic cleanup may erase delicate lines.
For watercolor, the paper itself matters. Cold-pressed paper can have significant texture, and transparent washes may contain subtle changes in tone. My guide to scanning watercolor paintings covers that workflow more specifically.
What Is the Best Large-Format Scanner for Artwork?
Artists often use “large-format scanner” to describe anything bigger than a letter-size flatbed. But there is an important difference between an A3-style scanner and equipment capable of capturing an entire large painting.
The Plustek A320E accommodates originals up to 12 × 17 inches, while the Epson Expression 13000XL accommodates up to 12.2 × 17.2 inches. Both are considerably larger than the usual letter-size flatbed, but neither captures a 24 × 36-inch canvas in a single pass.
If I worked primarily on 18 × 24-inch paper, I’d evaluate whether carefully stitching multiple scans produces acceptable files. If I regularly made large paintings on canvas, I would seriously consider a controlled photography setup or professional artwork reproduction service instead.
That’s why I wouldn’t buy an expensive A3 scanner without first measuring my artwork. The best solution for medium-sized drawings may not be the best for oversized paintings.
How Much DPI Do You Need to Scan Artwork for Prints?
For reproduction, the resolution I choose depends on the original size and the intended print size.
A practical starting point is:
- 300 dpi: A common starting resolution for printing a scan at approximately its original dimensions.
- 600 dpi: Useful for preserving fine details and giving yourself more flexibility when editing or enlarging the artwork.
- 1200 dpi: Sometimes helpful for very small originals, fine line work, or specialized reproduction needs, although the benefits depend on the actual scanner and artwork.
Here’s a simple example. An 8 × 10-inch drawing scanned at 600 pixels per inch produces a 4800 × 6000-pixel image. At 300 pixels per inch, that file contains enough pixels for a 16 × 20-inch print.
That calculation describes pixel dimensions, not a guarantee that every enlargement will look equally sharp. Paper texture, optical performance, original detail, and the printing process still matter.
I wouldn’t automatically scan everything at the highest available setting. Extremely large files take more time to process and store, and they don’t necessarily improve a print when the artwork contains less detail than the scanner can theoretically capture.
Is a Printer-Scanner Combination Good Enough for Art Prints?
An all-in-one printer with a built-in scanner can be convenient, especially if you already own one. But I wouldn’t assume it’s suitable for reproduction simply because the printer produces attractive photographs.
The scanner and printer are separate parts of the machine with different specifications. A printer may offer excellent output while its scanner has a limited bed size, modest controls, or a sensor intended mainly for documents.
For occasional sketches, an existing all-in-one machine may be adequate. For regular fine art reproduction, I would compare the scanner’s optical resolution, usable area, supported file formats, and color controls against a dedicated flatbed.
If you’re also shopping for printing equipment, my best printer for art prints at home guide handles that decision separately.
Scanning Artwork vs. Photographing Artwork
A flatbed scanner gives me a repeatable setup for flat drawings. The artwork remains positioned on the glass, illumination comes from the scanner, and I don’t have to correct the perspective of a handheld photograph.
However, scanning becomes more complicated when the artwork is larger than the glass, heavily textured, framed, or difficult to handle safely.
Photography can be a better choice when I want to document the surface of a painting, avoid contact with fragile materials, or capture the complete artwork in one image.
A controlled camera setup also lets me adjust lighting to manage reflections and texture, although it introduces its own challenges involving perspective, lens distortion, even illumination, and color accuracy.
For work too large or delicate to place on a scanner, see how to photograph artwork for prints.
My Recommended Workflow for Scanning Drawings and Artwork
Regardless of which scanner I use, I want a process that preserves the character of the artwork and gives me a reliable file to edit.
- Inspect the original. Make sure the artwork is dry, stable, flat enough to scan safely, and free of loose materials that could damage the glass.
- Clean the glass. Dust and small fibers become especially noticeable in detailed scans of white paper.
- Position the artwork carefully. Keep it square to the scanner bed without forcing curled paper or fragile surfaces flat.
- Choose an appropriate resolution. I would usually begin with 300–600 dpi for artwork intended for printing or archiving, increasing it when the project justifies the extra data.
- Use suitable color settings. For important originals, avoid automatic adjustments that exaggerate contrast or remove subtle paper tones.
- Save a high-quality master. An uncompressed or losslessly compressed TIFF can preserve a working file for future editing and reproduction.
- Correct the scan while comparing it with the original. Adjust levels, color, and unwanted dust marks carefully, preserving the intended appearance of the artwork.
- Create separate output files. Keep the master scan intact and export versions appropriate for printing, portfolios, and website use.
I would pay particular attention to color and tonal changes near the lightest and darkest areas. White paper can become unpleasantly bright after automatic adjustments, and subtle graphite can disappear if contrast is pushed too far.
For bound sketchbooks, the process can be different because the gutter may prevent the page from sitting flat. My how to digitize sketchbook pages guide explains when I would scan a page, photograph it, or work with multiple captures.
Common Questions About Art Scanners
What is the best scanner for artists on a budget?
For small, flat drawings and illustrations, I would start by comparing the Epson Perfection V39 II with other currently supported letter-size flatbed scanners. Its optical resolution and image-stitching features make it a practical candidate without requiring professional-scanner pricing.
Which scanner is best for paintings?
For smaller, flat paintings on paper, a suitable flatbed can work well. For larger or heavily textured acrylic and oil paintings, careful photography is often preferable because the artwork may not be safe to place against scanner glass. The best method depends on the painting’s size, surface, and condition.
Can I scan an 11 × 14-inch drawing?
Yes, but most ordinary letter-size flatbeds cannot capture the entire drawing in a single scan. An A3-style flatbed such as the Plustek OpticPro A320E can accommodate an 11 × 14-inch original. Alternatively, you may scan smaller sections and stitch them together.
Is a CCD scanner better than a CIS scanner for artwork?
A CCD scanner can have an advantage with artwork that doesn’t lie completely flat because of its generally greater depth of field. But a good CIS scanner may be entirely suitable for flat drawings and illustrations. Resolution, color handling, scanning area, and software are also important.
Do I need a professional scanner to sell art prints?
Not necessarily. A smaller flatbed may capture enough detail for professional-looking reproductions of appropriate originals. Print quality also depends on editing, color management, output dimensions, the printer, and paper. For larger or valuable originals, professional scanning or photography may be worth paying for.
Can I use my phone instead of buying an artwork scanner?
Yes, particularly for quick documentation, sharing sketches, and creating website images. For print reproduction, the results depend heavily on lighting, camera alignment, lens quality, and color handling. My best scanning apps for artwork guide covers phone-based options.
Which Artwork Scanner Would I Choose?
If my work consisted mainly of small pen drawings, graphite sketches, and watercolor studies, I would start with the Epson Perfection V39 II. It offers the essential flatbed workflow without paying for features I may never use.
If I regularly made drawings on 11 × 14-inch paper, the larger bed of the Plustek OpticPro A320E would be a significant advantage. Avoiding repeated scans and stitching could save time over the life of the scanner.
If I operated a studio that frequently digitized artwork for professional reproduction, the Epson Expression 13000XL would be worth evaluating. But I would want enough scanning volume to justify its price.
For oversized canvas paintings, I would consider photography or professional reproduction services before buying any of these models.
The best scanner for artwork is ultimately the one that handles the actual size and surface of your originals while producing files suitable for their intended use. I would prioritize that practical match over the highest advertised DPI number.
Once you’ve digitized the artwork, my guide to making art prints covers the next steps in preparing reproductions.