Discover the expert in you.
Discover the expert in you.
The speed of camera film is a measure of the light required to expose the film and create an image. During the film camera era, film manufacturers, light meter manufacturers and photographers used a variety of standards to express film's speed. The first system was set out by German astrophysicist Julius Scheiner in 1894. As film speeds increased over the ensuing decades, his system was replaced by the DIN system and the current ISO system. Some vintage cameras and light meters use the Scheiner system, so it's useful to know how to convert between Scheiner and modern ISO ratings.
Just like print film, slide film came in a variety of different sizes. The 2 1/4-inch slides were produced from 120/220 roll film that was used in medium format cameras. These slides are larger than 35mm slides and, when exposed correctly, produce an image that can be enlarged to a greater size than an image from a 35mm slide. Converting 2 1/4-inch slides into a digital file can be accomplished using a flatbed scanner designed to scan slides.
Photographers will watermark their images with either a symbol or text to notify viewers that their images are copyrighted. If you are uploading your 35mm slide images to the Internet adding this watermark is a good way to potentially minimize the possibility of individuals downloading your images without permission or paying for them. You can add the watermark in photo editing programs like Adobe Photoshop and GIMP once you scan the slides into digital files.
Nikon has been producing cameras since the early 1900s. In addition to film and digital cameras they also produce a line of film scanners that can be used to convert 35mm slide and print film into digital files. Once created these digital files can be edited, emailed, uploaded to online galleries or can serve as a digital archive. Nikon scanners will work with either Mac or computers that are running Windows operating systems.
In the days of film photography, when a photographer wanted a film that had superior color reproduction he often selected slide film. Slide film was available in slower film speeds than were available in print film, and faithfully reproduced the rich, true colors of the original scene. Before digital technology, converting these slides to prints would have required them to be photographed with print film. Digital technology lets you scan these slides, then print them.
Before digital photography, when photographers needed to capture a scene and record it with a high degree of color accuracy, they would select Kodachrome slide film. Known for its accurate color reproduction over print film, Kodachrome was used by many professional and advanced amateur photographers. Over time and even when they are stored correctly, Kodachrome slides can begin to fade. Converting these slides to digital files will preserve them for years to come.
Known for its accurate color reproduction, slide film was widely used by professional and advanced amateur photographers. With the advent of digital technology and its application in photography, you can now take all of those slides, convert them to digital files and save them on CDs. Over time, 35mm slides can fade if they are not stored correctly. Once converted to digital files, the images will retain their color.
As new photographic technology is emerging, old technology is fading out. As a result of this shift, many people have boxes full of old photo slides and do not know how to convert them into a more usable format, such as digital. One of the easiest ways to convert photo slides to a digital format is to purchase a slide scanning attachment that can be placed inside your existing scanner. The attachment will hold the slides in place to get a clear scan. Different scanners have different equipment, so you will have to check and see if your scanner has…
For a long time, when photographers wanted to use a film that accurately recorded the color of the scene they were photographing, they choose slide film for that shoot. Slide film was produced at lower film speeds than traditional color print film, and this provided photographers with an option for increased color accuracy and reproduction. The advent of digital technology and the invention of digital scanners allows photographers to convert their archive of slide images to digital images that can be saved on a disc.
Before digital photography, if you were viewing a slide show, you were likely sitting in your family's recreation room viewing slides that were projected onto a larger white screen. These slides were usually stored in a carousel tray that sat on top of the slide projector. Storing your 35mm slides this way allowed you to sort your archive by event or date. Converting these slides from the carousel into digital photos is a straightforward task, but may be time consuming, depending on the number of slides you need to scan.
Infrared (IR) film records light that is not visible to the naked eye. The results you get from Infrared film photography can create images that have a very storybook quality to them. Skies turn black, trees and other foliage appear in different shades of white. Scanning this type of film can be done using the same equipment you would use to scan traditional film and slide film.
With the advent of digital technology and the ability to convert old 35mm slides and negatives into digital files, amateur photographers have been looking for scanner that will do that, without costing thousands of dollars. A number of dedicated film scanners produced by Nikon and Minolta will scan your slide or negative into a digital file. These scanners will also scan other sizes of film as well, the problem is they can cost upwards of $2000 (as of 2010). Vupoint 35mm scanners cost less than 1/5th of that, but they do have limitations.
Scanners like the OVT Slide and Scanner convert 35mm film negatives and slides into digital files. There may be a number of different reasons why a photographer still shoots with film. The photographer may prefer the qualities that film offers over digital images, or it may be they have a considerable investment into film cameras. Slide and negative scanners are fairly easy to operate. If they start to malfunction, there are a few things you can do to troubleshoot the operation of the scanner.
Nikon has been producing professional camera equipment since the 1930s. As photography started to change from film to digital, the company responded by developing a line of scanners used by many professional and advanced amateur photographers. Released in 1998, the Nikon LS-2000 is a dedicated film scanner capable of producing full color scans at a resolution of 2700 dpi (dots per inch). The Nikon LS-2000 had optional film and slide feeders that would allow for faster processing.
Until the 1980s, many people recorded home-movies on Cine film. But nowadays it can be difficult to view these movies due to the unavailability or high cost of old film projectors. You can convert Cine film to DVD and watch them on your TV. If you do not have the necessary appliances to do this yourself, there are many professionals who can do it for you.
Using a dedicated film scanner to convert black and white film negatives into digital files will create a digital file that can be used for printing or posting to online galleries and websites. Black and white film is still used by a number of amateur and professional photographers who prefer film over digital cameras. Converting those negatives will also give you another version of an archived original to complement your black and white film negative. There a number of scanners available and the better the scanner, the better the end result.
Video cameras allow users to capture important life events and share them with family. In the late 1980s and 1990s, Hi 8 video cameras, better known as 8 mm, were the standard for consumers. Hi 8 video cameras, were replaced by mini DV then HD video cameras. As technology advanced, so did the equipment needed to play back footage recorded on cameras. To import footage from an Hi 8 tape and burn it to a DVD, you will need an Hi 8 video camera and firewire for this camera model.
The steps you follow to convert 35mm film negatives and slides to digital files are essentially the same. The only change you need to make between the two media is setting the scanner you are using to either negatives or slides. Before digital cameras became as inexpensive and as popular as they are today, 35mm slides and 35mm color film were the standard that most individuals used for their photography needs. There are many photographers, both professional and amateur, who have years worth of negative and slides than can be converted to digital images by using film and slide scanner.
Super 8mm was a popular film format that was first introduced in the 1960s. These films were able to capture more images than standard 8mm films and so were dubbed "Super 8mm". Super 8mm and film cameras in general fell out of favor with the public as videotape slowly crept up and into the marketplace. But there's no reason for your Super 8mm memories to sit gathering dust. With today's computer technology, you can capture and convert your Super 8 film to DVD.
Many people in the mid- to late-20th century used 8mm film to recorded home movies and other moments. Unfortunately, 8mm film can erode over time, taking treasured images with it. Preserve your 8mm films by converting them to DVD. Offering a longer shelf life than 8mm film, DVDs are also more durable and easier to store. By transferring to DVD, you can simply slide your film into a DVD player instead of setting up a film projector. There are a few ways to switch 8mm film to DVD, including several methods you can do yourself.
How many of us have a giant box of 35mm negatives somewhere gathering dust in our closet? We know there are some wonderful photographic gems in there somewhere, for which prints no longer exist because we gave them all away or they've faded with age. We know photographs don't last forever and we know that we "ought" to get busy converting that mountain of memories to a more permanent digital format. Here are some tips for making sure the scans you make are as good as they can be.
