The first thing anyone sees when viewing your CD is in the print. Because of this, you want to make sure that your duplication capabilities use the right settings and materials to put forward the best presentation of your printing. Knowing the differences between each and how it affects your final presentation will determine the best way to print your CD
Digital laser
One of the popular disc printing options is the digital laser. This particular copying machine uses a light beam to show graphics in high resolution. It uses pixels as the main method of burning images to CD. This means that the square is divided into smaller areas, each of which contains a specific color.
The use of digital laser is printed first with the laser alone. This is applied to the empty CD using an adhesive. As a result, it has the ability to move to a disc and create a complete image to create an image and color that projects the high quality and detail of the disc image.
Heat transfer
Heat transfer is normally used for short runs and is a choice that can provide the highest quality of color printing options. Heat transfer is a direct evolution from inkjet to replace duplication with this process because of it's ability to create high resolution options.
Heat transfer is done by taking the design image of your CD print and placing an image like a regular print on the CD. Many of the options have the ability to add a glossy finish and other coats as well as this image, so the ink is long lasting, protected and on the look These are just for the quality of the printing Without, you can get all of the graphics and details of your CD image in the right place
Silk screen
In this option, silk threads will be examined. This is a popular choice for large runs as it uses less ink and printing capacity and allows the disc to have a professional look. It is the first primary color by silk screening work. These are divided according to what fits the graphic being used. As used in discs, this is combined with a silver backing and a white background.
When you start printing on silkscreen, the graphic is divided into six files, one for each of the colors. Each of these files creates a film that will be a blueprint for that color. These are burned into the CD by a line, which allows the duplication of the other colors used as well as the combination of the six primary colors. This is also combined with moving quickly across the CD to burn the right color to the right place.
On disk
This option is relatively new to the market but is quickly becoming popular. When you receive disc printing for your graphics, you have the capacity to take photos or images and place them directly on a CD. This is combined with the silk screening process and then to burn the image to a CD. This is all combined with adding an adhesive layer on top of the image to keep the image of the CD. The difference between this and the other options is the high resolution of the photographic image placed on the CD.
Each of the options provided for imaging and replication is defined by the image and the clarity of the image, as well as the tones used, the number of discs used and you create with your CD Depending on the type of presentation you are doing, create the best look for your CD's
CD DVD media differences
Even if both CD and DVD discs are the same
Media size and shape, what they have
Common ends. There are many different
Something between them as such they hold
And how much they hold.
Data pit and laser
The disc has microscopic grooves to move
Along the spiral around the disc. Cd and
Dvd has these grooves.
Apply scan and groove.
As you know, digital information is
With things and zero. Inside of these disks are very
Small reflective bumps known as land and non
A reflective hole known as a pit is
Beside the ditch, reflect both things
And digital information zero.
By reducing the wavelength of the laser to 625 mm
Or have infrared light, DVD technology
I could write in a small pit when compared
To the standard technology of CD. this is
Allows more amount of data per track
Minimum length allowed for DVD
There is a pit on a single layer DVD-R. 4 microns, which
Clearly more than .0834 microns that a
We provide a CD.
The tracks on the DVD are narrowing as well
Track / disk,
Convert to capacity than CD. this
avaerage single layer DVD holds 4.5 GB of data,
While the CD holds only 700MB.
layer
As mentioned above, the DVD has a small pit and
You need to focus on the laser. This is actually
Realized using a thin plastic substrate
More on CD which means that the laser needs
To pass through a thinner layer,
The depth to reach the pits. It is this decrease
Thickness responsible for the disc
It is half-only 0.6 mm thick
About CD.
Data access speed
Dvd accesses data at a much faster rate
I can do a CD. An average 32X CD-ROM drive reads
4MB data per second, 1X DVD drive reads
In 1.38 MB seconds. This is even faster than
8x CD drive.
General data format
There are quite a few recording formats of cd and dvd
Dvd is different as it uses UDF or Universal
data form. Data, video, in this format
Audio, or any combination
It is stored in a single file structure. this
You can access any file to this
By drive, computer, or consumer video.
On the other hand, cd is not compatible with
This format.
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