The 4 Best Scanners for Drawing: For Artworks and Designs

The 4 Best Scanners for Drawing: For Artworks and Designs

Scanning drawings is a difficult job, but we’ve made it easier for you by making this list of the four finest scanners for drawing. Because we understand that everyone’s demands are unique, we’ve prepared this guide to assist you in selecting the ideal scanner for your needs.

Laptops & mobile devices are always with us. Therefore it is easy to upload all drawings straight into electronic form whenever they need digitalization or put them in Dropbox or iCloud.

The simplest method of copying drawings into a computer is to use a flatbed scanner, which operates similarly to a photocopy but uses a transparent glass plate as an input device instead of photo paper. – this method also includes scanning photographs.

Furthermore, there are more advanced methods such as photographing via camera/mobile phone app, etc. These types tend to produce low-quality images due to lack of proper lighting conditions and can be time-consuming.

But if you are planning to buy a multi-purpose device, consider checking out our articles about all in one printer and articles about printers here:


The first scanner on our list is the 

Epson Perfection V600 Photo Scanner

The Epson V600 scanner can scan up to 11 inches by 17 inches and supports scanning slides and negatives! You can use it with your PC or Mac, making it a great option if you’re looking to save money by not buying a new computer just for scanning purposes.


Fujitsu ScanSnap iX500 Color Image Scanner

 

The Fujitsu ScanSnap iX500 is one comes at a higher price point than most people are willing to pay- so be sure that you need all of its features before purchasing it. It can handle up to 12 photos per minute with near-perfect accuracy.

This scanner scans at a very high resolution, so this is an option worth considering if you need your documents in the best possible format for printing or sharing online.


EPSON FastFoto FF-640 High Speed Photo Scanner

Unlike most scanners on this list that cost well into three digits, The EPSON FastFoto FF-640 is the one that comes with a price tag below $100. Of course, there are some downsides as well- it cannot scan film and slides but only prints up to legal size paper.

If you’re looking for something affordable, easy to use, and don’t plan on doing any large-scale scanning jobs, then go ahead and consider this scanner for your needs.


HP Scanjet G4050 Photo and Document Flatbed Scanner

The HP Scanjet G4050 Photo and Document Flatbed Scanner is the one that comes with a price tag of under $200, making it an excellent choice if you’re looking to save some money while still getting quality results.

You can use it to insert photos into any document that needs them, making it great for more than just scanning images and papers!

It’s also compatible with both Windows and Mac machines- so no matter what kind of computer setup you have, you’ll be able to make use of this device.


Let’s answer the Top 6 Frequently Asked Questions about Scanners:

1. What is a scanner?

A scanner is an electro-mechanical device that optically scans images, printed text, handwriting, or an object and converts it to a digital image stored in a computer.

A flatbed scanner uses a glass plate covered with a transparent plastic film on which the item to be scanned is placed. The glass plate provides support for the item being reviewed.

The flatbed scanner produces a digital image by focusing light reflected from the original object through a beam splitter onto a two-dimensional image sensor. Typically a line-array CCD or CIS of charge-coupled devices (CCD) or active pixel CMOS sensors convert light intensity to electrical signals to capture an image.

2. What is a flatbed scanner?

A flatbed scanner is a type of sheetfed scanner which scans the item placed on its glass surface. The scanning element inside most flatbed scanners is a line-array CCD or CMOS sensor that reads light reflected from the original being scanned.

A typical home desktop model will have a resolution between 600 and 2400 dots per inch (dpi), while an office can be as high as 9600 dpi.

Depending on the software used to scan images, resolutions may appear much more significant than their valid values due to image processing performed by the software after the sensor has read each pixel.

Unlike dedicated film scanners, flatbed scanners cannot focus on objects using macro lenses or other auxiliary systems, making them somewhat less suited to the scanning of film material.

3. What is a sheetfed scanner?

A sheetfed scanner, also known as flatbed and ADF (Automatic Document Feeder), is a computer input device used to convert paper documents into digital images, usually through an optical character recognition process.

The document is placed on a glass or plastic plate that passes it under a stationary light source and camera. On cheaper models, the text may be distorted due to vibrations during the scan, making OCR difficult or impossible.

Sheetfed scanners can handle higher resolutions and larger formats than other types because they draw their originals statically. Therefore, they are preferred for digitizing historical documents that cannot be fed automatically through rollers.

4. How do scanners work?

To process light signals in the CCD sensor. A phototransistor and an amplifier (the charge-coupled device) are used. A mobile and static transfer gives this kind of sensor its name: during operation by alternate illumination of the image and readout integration is set in motion so that at each point, only one transfer takes place per pixel at a time.

The signal from these sensors can be processed in software to yield greyscale images stored in raw, JPEG, or TIFF format.

An LED illuminates the original document placed on the glass bed on most scanners. This scanner is faster than others since it has no moving parts except for autofocus systems and automatic document feeders (ADF).

5. Why should you use a scanner for your drawings

A scanner is a machine or handheld device that scans an image or document and converts it into digital information, which can be stored as a conventional file on your computer.

Scanners work by directing light beams at documents and digitizing the reflected light from those documents using either CCD (Charged Coupled Device) technology or CIS (Contact Image Sensor) technology.

The light source can be located directly behind the glass platen, or it may be provided by fiber optics crossing the platen and passing through an optical assembly that focuses the light onto the document.

With CIS technology, the reader illuminates the document and CCD sensor with light reflected from a halogen lamp, focused by an aspheric lens onto a line of pixels along one edge of the sensor.

The CIS unit is mounted such that it can be moved (or scanned) across the platen to cover all parts of its surface with uniform illumination.

6. How to scan drawings in a scanner 

First, decide on the size of your drawing. If you are scanning a small picture, say 8″ by 11″, it makes sense to do this as an image file rather than tucking it neatly into an envelope and mailing it off to one of the companies that specialize in turning images into slides for presentations.

A flatbed scanner can handle images up to about 8 1/2″ by 14″. Scanners with sheetfed capabilities have larger work areas and can accommodate larger drawings.

Another way to transfer drawings into electronic form is by using a document scanner (that costs ~600-2000$), which works like flatbed scanners. Instead of glass plates, it uses documents as an input device – this method does not include scanning photographs and is better for portability. Also, the final output image quality tends to be higher due to a lack of pressure from the glass surface against the paper. However, these types are more expensive


Conclusion

We’ve been talking about the best scanners for drawing, but we want to know what you think.

What is your favorite Watercolor pencil set? Have any of these reviews help you decide which scanner is suitable for you? Join our Facebook group and share your thoughts with us!